1 FRONT COVER 1 · board will be connected to the connector J7 of the main board 2500-3050. The...

MOVFE 2500 HARMONIC & LINEAR DOOR OPERATORS ELECTRICAL MANUAL

GAL CANADA 6500 Gottardo Court Mississauga, Ontario

L5T 2A2 Canada 1 (416) 747-7967 1 (800) 446-4850

http://www.galcanada.com

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ELECTRICAL

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2500-3069

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FOREWORD It is the intent of this manual to give the reader certain key points of information critical to the proper installation of the door operator. It is not intended to give comprehensive installation procedures nor does it cover the installation of door headers, track, hangers, etcetera. It is hoped that the procedures presented in this manual will reduce the installation and adjustment time and result in a smooth, long lasting door operation. When properly installed, GAL door operators will give many years of trouble free service.

COMMENTS:

All GAL door operators are factory adjusted and tested for the actual job requirements.

When installed correctly, they may require minor adjustments to suit actual job

conditions.

IMPORTANT NOTES: All equipment must be installed, adjusted, tested and maintained to comply with all Federal, State/Provincial, and Local codes.

Kinetic Energy and Stall Force must be adjusted to comply with ASME, A17.1,

Rule 112.4/5, and CSA/B44, Rule 2.13.4/5.

Before mounting the operator, check that the car door is plumb, free and moves

easily without bind. Check the attached standard measurement sheets.

Install the operator according to the measurements supplied.

Contact GAL if the following label is missing from the door operator.

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TABLE OF CONTENTS Foreword I Comments & Important Notes I Table of Contents II OVERVIEW 1 ELECTRICAL COMPONENTS OF MOVFE2500 4 1. Toggle switches 4 2. LED Indicators 5 3. Optical Sensors for Harmonic Model 6 4. Hall-effect Sensors for Linear Model 6 5. Inputs 7 6. Outputs 7 7. Additional I/O Board 8 8. Encoder module 8 9. Encoder 8 10. Learn Door Width LED 9 11. CAN bus module 9 12. Infrared Detector Edges Connection Ports 9 13. Parameter Unit 11 14. VFE2500 drive 11 15. Motors 12 16. VFE2500 Models 12

INITIAL SETUP 14 1. Turn Power ON 14 2. Motor Direction 14 3. Encoder Direction 14 4. Download an ECI default parameter set 15 5. Learn The door width 16 5.1 Door is between DOL and DCL 16 5.2 Door is fully Opened 16 5.3 Door is fully Closed 16 6. Set the operation source 17 PARAMETER UNIT 18 1. How to change parameters 18 2. How to read (copy) from a drive 18 3. How to write (download) to a drive 18 4. How to verify encoder direction 18 5. How to learn the door width 18 6. Default parameters 19 7. Conveniences keys 20 9. The View key 20 Voltage, Current, Frequency 20

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Inputs and Outputs Monitoring 20 Faults 21 Counters 21 User List 22 User parameters 22 Motor and Encoder 22 Door parameters 23 Open parameters 23 Digital I/O parameters 24 Direction 25 Communication 26 Maximum Close Speed 26 Maximum Close Force 26 ECI Defaults 27 Harmonic 27 Linear Straight 27 Linear Geared 27 Display Groups 28 Code Distance (CD) Closing Time Display 28 CD Closing Time 28 DOL DCL Time 28 CD Opening Time 28 DCL DOL Time 28 LED Indicators 28 SPEED PROFILES OF THE VFE2500 29 Normal Door 29 Heavy Door 30 Narrow Door 31 SENSORS SETTING 32 Hall-effect sensors setting for linear door operator 32 Optical sensors setting for harmonic door operator 32 PARAMETERS LIST FOR USERS 33 Group 0: User parameters 33 Group 1: Motor & Encoder parameters 33 Group 2: Door parameters 34 Group 3: Open direction parameters 35 Group 4: Close direction parameters 41 Group 5: Digital I/O parameters 46 Group 6: Protection parameters 47 Group 7: Communication parameters 48 Display Parameters 48

WIRING DIGRAMS 51

IV

SUPPORTIVE GRAPHS 52 V/F curve for Normal door 52 V/F curve for Heavy door 52 V/F curve for Narrow door 53 DC Injection 53 Stall Reverse detection 54 Frequency Failure detection 54 Infrared Detector Edges detection 54 Edges Timeout relay and Buzzer timing 55 Edges Timeout relay and Buzzer mode 55 Interaction between Re-open and Edges Timeout relay 56 FAULTS LIST 57 FAULTS RESET HANDLING FLOWCHART 61 CLUTCH ENGAGED DISTANCE SETUP 62 DOOR STALL FORCE MEASUREMENT 63 CODE DISTANCE CLOSING TIME SETUP 64 MINIMUM CLOSING TIME (ECI REFERENTIAL VALUE) 65 CHECKING PROCEDURE FOR THE CLOSING CODE TIMES 66 INTERFACING BETWEEN ECI CERTIFIED LIGHT CURTAIN AND VFE2500 67 Understanding the RE-OPEN relay 67 How to interface between the Infrared Detector Edges and VFE2500 67 Test the Infrared Detector Edges 67 If the Detector Edges function does not work 68 If the Detector Edges have intermittent problems 68 Infrared Detector Edges connection 69 INFRARED DETECTOR EDGES APPLICATION FLOWCHART 70 OPTIONAL APPLICATIONS HEAVIER DOOR 71 NARROWER DOOR 72 NARROWER DOOR APPLICATION FLOWCHART 73 NUDGING 74 NUDGING APPLICATION FLOWCHART 75 SERIAL COMMUNICATION 76 PARTS LIST 77 NOTES & COPYRIGHT 85

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OVERVIEW: The general block diagram of the VFE2500 is in the illustration below:

The VFE2500 door operator has the following features: DOUBLE FEEDBACK SYSTEM FOR SMOOTH PERFORMANCE: • Distance and velocity closed-loop system • Once the door-width is learned, VFE2500 will optimize control of the elevator door(s) • Parameters sets are provided to maximize the performance of the system

Following is a simplified control diagram of the VFE2500.

TERMINAL INPUTS

CAN BUS

KEYPAD OR

RS 485

VFE2500 DRIVE

QUADRATURE ENCODER

INFRARED DETECTOR EDGES (OPTIONAL)

TR

AN

SM

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ER

RE

CE

IVE

R

3PH INDUCTION

MOTOR

230VAC POWER SUPPLY

OPTICAL SENSORS

FOR HARMONIC OPERATOR

HALL-EFFECT SENSORS FOR LINEAR OPERATOR

SIGNALS TRANSFER SECTION

FOR LINEAR OPERATOR

ADDITIONAL I/O FOR HEAVY, NARROW DOORS AND NUDGING APPLICATION

CURRENT LIMITER

3 PHASE AC MOTOR

CURRENT FEEDBACK

SPEED

CONVERSION &

FEEDBACK

POSITION

CONVERSION &

FEEDBACK

∑

- - -

QUADRATURE ENCODER

KEYPAD OR

RS 485

PWM PID CONTROLLER

TERMINAL INPUTS

CAN BUS ∑ ∑POSITION CONTROL

SPEED CONTROL

IGBT SWITCHING

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SAFETY STANDARDS: • CSA Certified. B44.1/ASME- A17.5 • Complies with the following CE and IEEE safety standards of

EN61000-4-2, EN61000-4-3 EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-8, and IEEE STD C62.45-1992

• EMC conformity report is available A POWERFUL SYSTEM:

• 230VAC and 115VAC power supply versions are available • Variable voltage, variable frequency (VVVF) drive • A ½ HP AC motor is used to accommodate for most of door loads, friction, and wind pressure

HARMONIC AND LINEAR MODELS ARE AVAILABLE: • Three models of VFE2500 are currently available:

VFE2500-HH : Heavy duty Harmonic model VFE2500-GL : Light duty Linear model VFE2500-HL : Heavy duty Linear model

NON-CONTACT SENSORS: • Optical sensors and Hall-effect sensors for final limits, door protection monitor, and narrower

door limit. CONVENIENCE INDICATORS: • Light Emitting Diodes (LEDs) on the main board are used to indicate status of all important

functions: Door open, close, nudging, heavier, narrower input signals, Door open, and close directions, Open, and close slowdown, Obstruction detection signal, Stall reverse, Frequency failure, DOL, DCL, AUX (Narrower door), and DPM (Door Protection Monitor)* output signals, Door-width learning completion.

UNIVERSAL INPUTS AND OUTPUTS: • Universal inputs accept control signals in form of contacts or signal voltages;

from 24-230V AC or DC. • Output contacts, rated at 10Amp, 230VAC, include:

Door Close Limit (DCL), Door Open Limit (DOL), Re-Open (RE-OPEN), Door Protection Monitor (DPM), Auxiliary/Narrower Door (AUX), Edges Timeout (ET)

• All input modules, output relays, and connectors are pluggable for easy replacement.

KEYPAD (PARAMETER UNIT): • Keypad programming with LCD display is available to adjust, monitor, copy, change

parameters, upload parameter sets, and to learn the door width distances. • Default parameter sets are ready for all ECI operator models. • Different parameter sets for heavier door and narrower door are available for proper

adjustments to comply with codes. • The ability to copy (read) and download (write) parameter sets enables reduced setting time

on similar door operators.

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TOGGLE SWITCHES FOR MANUAL TESTING: • Toggle switches are provided for manual operation, diagnostics, and operational verification

regardless of the control wiring to the elevator controller

OVER-TORQUE AND OVER-SPEED DETECTIONS: • Over-torque and over-speed detection and restriction are parameterized for easy adjustment

to comply with codes

PLUG-AND-PLAY INFRARED DETECTOR EDGES: • Both NPN and PNP infrared detector edges can be connected directly to the VFE2500

simplifying electrical wiring and eliminating the need for an extra power supply

SPECIAL FEATURES ADDED: • Combined VVVF drive and main board makes the VFE2500 drive easily interchangeable from

one model or job to another • Additional I/O for special applications of:

Heavier door, Narrower door, Detector edges timeout for Nudging application, Buzzer output for alarm before Nudging speed is applied

RELIABLE AND HIGH RESOLUTION FEEDBACK: • High resolution encoder and galvanic isolation techniques are used to deliver smooth, and

reliable operation. • Hardware and software encoder loss detections are employed to prevent run-away conditions

that could otherwise result in a closed-loop control system. This combination of hardware and software provides an ultimate protection for human life

SERIAL COMMUNICATION TO VFE2500: • CAN (Controlled Area Network) or other communication protocols can be used to communicate

with VFE2500 serially. • CAN bus counter and analyzer are built in to monitor the CAN bus activities.

TROUBLESHOOTING ASSISTANCE DISPLAY: • The Faults display will explain to users the possible causes and shows the remedies for each

fault code. MINIMUM CODE DISTANCE CLOSING TIME TABLES: • The minimum code distance closing time tables are available on the LCD keypad.

ACTUAL DISPLAY OF THE CLOSING TIME: • The actual code distance of the closing time is displayed to assist users in complying with

codes. AUTO FALLBACK TO SLOW MODE IF SENSORS OR ENCODER FAIL: • If DOL, DCL, AUX, or DPM sensor fails, or if the encoder fails, the VFE2500 door operator will

continue to operate in slow scanning mode until repairs are completed

*: Door Protection Monitor is used in the Fault Monitor, which is a door lock and gate switch protection device. Its purpose is to meet the ASME A17.1 RULE 210.15 and CAN/CSA-B44-M90 RULE 3.12.1.5. The Fault Monitor device can be purchased separately through ECI.

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ELECTRICAL COMPONENTS OF THE VFE2500:

1. Toggle switches:

Order No. Label Meaning Remarks

1 RUN/SETUP Run or Cam Setup

RUN: The RUN position is for normal operation. SETUP: The SETUP position allows users to adjust the optical cams of the Harmonic model, or the hall-effect sensors of the Linear model. These are DOL, AUX, DPM, and DCL sensors . Crucial parameters can only be adjusted in STOP mode. The SETUP position will put the drive into the STOP mode, and no power will be delivered to the motor.

2 AUTO/MAN. Auto or Manual

AUTO: The AUTO position is for normal operation. MAN.: The MAN. position allows opening and closing the door by means of the OPEN/CLOSE switch.

3 CLOSE/OPEN Close or Open

When the AUTO/MAN. switch is in the MAN. position, if the CLOSE/OPEN switch is pressed in the OPEN or CLOSE positions, it will Open or Close the door respectively.

4 NUDG. Nudging

NUDG. switch allows closing the door at a reduced speed (Nudging speed). To test the Nudging speed in Manual mode, the AUTO/MAN. switch must be in the MAN. position and the CLOSE/OPEN and NUDG. switches must be pressed to the CLOSE and NUDG. positions.

5 NARROW Narrower Door

When the AUTO/MAN. switch is in the MAN. position, if the NARROW switch is pressed in the NARROW position, it will work in conjunction with the OPEN/CLOSE, and NUDG. switches to Open, Close, or Nudge the door.

6 HEAVY/RESET Heavier Door or

Reset

HEAVY: When the AUTO/MAN. switch is in the MAN. position, if the HEAVY/RESET switch is pressed in the HEAVY position, it will work in conjunction with the OPEN/CLOSE, NUDG. switches to Open, Close, or Nudge RESET: The RESET position allows manual reset of faults of the drive, if faults have occurred. Otherwise, pressing the RESET side has no effect.

Six toggle switches are provided to run the door operator in manual mode. However, users can also use these switches to

troubleshoot and verify the operation.

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the heavier door.

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2. LED indicators: A red LED is provided on each of the input modules (Open, Close, or Nudge). Heavy and Narrow inputs are optional and require an additional I/O board, which will be provided on request to carry out the Heavier and Narrower door functions. Note that if the input signals voltage is 60V or less, the jumpers on each input module must be removed.

There are 20 more LEDs, on the main board, to indicate the completion of the door width learning,

the directions, the final limit positions, nudging, holding, dynamic slowdown distances, input signals, output signals, and voltage levels. The illustration below identifies those LEDs.

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3. Optical Sensors for Harmonic Model: For the harmonic model, there are 4 optical cams to set the final limits, door protection monitor, and an AUX. cam for the narrower door. The Optical cam board, 2500-3056, carries the optical sensors, and the table below describes the functions of those sensors.

4. Hall-effect Sensors for Linear Model: For the linear model, there are 4 hall-effect sensors to set the final limits, door protection monitor, and an AUX. sensor for the narrower door. These hall-effect sensors have the same functions as in the harmonic operator, as shown in the table above. They are connected to the signals transfer board and arranged as follows:

Number on

Figure Label Remarks

1 DOL

Door Open Limit. The VFE2500 utilizes the DOL limit signal for door width learning. After the door width learning process is completed, VFE2500 utilizes the DOL limit as HOME position whenever power is restored after an interrupt.

2 AUX

NARROWER

Set Par. 199=0 to use the AUX/NARROWER sensor as the DOL input of the narrower door. Set par. 199 = 1 to deselect the AUX/NARROWER sensor.

3 DPM

DPM: Door Protection Monitor. The DPM cam triggers the DPM Relay and activates ½ inch before the Gate switch makes.

4 DCL

Door Close Limit. The VFE2500 utilizes the DCL limit signal for door width learning. After the door width learning process is completed, VFE2500 also utilizes the DCL limit as HOME position whenever power is restored after an interrupt.

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5. Inputs:

6. Outputs:

Four relays are provided to output DPM, RE-OPEN, DOL, and DCL signals to the elevator controller in the form of contacts. The relay contacts are rated at 10Amp, 250VAC maximum and 100mA, 12VAC minimum.

Label Meaning Remarks

DCL Door Close

Limit Door Close Limit

DOL Door Open

Limit Door Open Limit

REOPEN Re-open

This output is used to flag the elevator controller that the door(s) need to be reopened. The reopen output DOES NOT reopen the door directly. The signal to reopen the door(s) must come from the elevator controller. Re-open relay is triggered by any one of the following detections: - Stall Reverse; controlled by Par. 148. - Frequency Failure; controlled by Par. 136. - Detector Edges; controlled by Par. 202, SW8, and Enable IC U5.

DPM Door

Protection Monitor

DPM is designed to work with the Fault Monitor (FM). FM is a patented door lock and gate switch protection device. Its purpose is to meet the ASME A17.1 RULE 210.15 and CAN/CSA-B44-M90 RULE 3.12.1.5. The setting position of DPM is ½ inch before the gate switch makes.

Three input modules are provided to receive OPEN, CLOSE,and NUDGE commands from the elevator controller. Theseuniversal input modules receive control signals either inform of contacts or signal voltages; from 24-230V AC orDC. Jumpers on the input modules must be removed if theinput signal voltage is 60V or less. LEDs of the inputmodules draw currents from the elevator controller, notfrom the VFE2500. Therefore, when these LEDs are lit, theyindicate that the elevator controller has sent commands. In automatic mode, the VFE2500 will only accept inputsignals from the elevator controller. In other words, open,close or, (nudge + close) LEDs must be on to have the dooroperator open, close, and nudge respectively.

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7. Additional I/O Board:

8. Encoder card:

9. Encoder:

Additional I/O board, 2500-3055, is optional. If used, this board will be connected to the connector J7 of the main board 2500-3050. The additional features of this board are: - Inputs for the Heavier, and Narrower doors. Elevator controller must provide command signals to the Heavy and Narrow inputs to use the functions of the parameters sets of the Heavier and Narrower doors. Set Par. 199 = 0 if Narrower door is used. - Edges Timeout: Once the infrared detector edge is obstructed, and after a delay set by Par. 197, the Edges Timeout relay will be activated and held for an interval of time set by Par. 206. Should the edges timeout relay be used for Nudging application, it must be subject to the elevator fire service codes. - DOL of the narrower door is selectable between the Regular output DOL on the main board or the AUX/NARROWER output on the Additional I/O board. Set Par. 204 = 1 if only the regular DOL output is used. Set Par. 204 = 0 if both the AUX/NARROWER output and regular DOL output are used. - AUX2 relay is provided as a spare output and is controlled by Par. 68. If the door position is less than the value set in Par. 68, the AUX2 relay will be activated. - Buzzer: once the infrared detector edge is obstructed, and after a delay set by Par. 198, the output of the Buzzer will be activated. Buzzer operation is controlled by Par. 205. Par. 205 = 0 : Disable Par. 205 = 1 : Enable in Continuous mode Par. 205 = 2 : Enable in Pulsating mode The Buzzer volume control is on the board. Turn the Pot. R3 clockwise for louder sound.

The optical galvanic isolation encoder card is a means to interface between the encoder and The MCU (Micro Controller Unit). This total isolation helps enhance the reliability and safety of the feedback system. RJ12 mating gold-plated connectors are also used to maximize the conductivity between the encoder and MCU.

To verify encoder direction:

Press the key, run the door in manual mode or physically move the door by hand, and watch the LCD display. If the door closes and the count decreases, or the door opens and the count increases, then the encoder direction is correct. Otherwise, change parameter 42 from 1 to 2 or vice versa. The table below provides the default values of par. 42.

VOLT PULSE

Two different types of encoder are used in VFE2500 door operators. Model 2500-3057 encoder is used for the straight motor. Model 2500-3058 encoder is used for the geared motor. These encoders are utilized to provide distance and velocity feedback.

Model:2500-3057

Model:2500-3072-R/L

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DEFAULT VALUE FOR THE ENCODER DIRECTION OF PAR. 42

HARMONIC LINEAR

STRAIGHT GEARED LEFT RIGHT CENTER LEFT RIGHT CENTER LEFT RIGHT CENTER

2 1 2 1 2 1 1 1 2 10. LEARN DOOR WIDTH LED:

11. CAN Bus card:

12. Infrared Detector Edges Connection Ports:

The “LEARN DOOR WIDTH” LED is an indicator to show the status of the door widthlearning process. To learn the Door Width: Set Par. 63=1. Use Manual mode to run the door from DOL to DCL or vice versa.Follow the prompts on the LCD display. The “LEARN DOOR WIDTH” LED will flash andturn off when the learning process is completed. Par. 63 will reset itself to Zero. See Parameter Adjustment section for more details.

The optical galvanic isolation CAN bus card is one of the methods to interface between and the elevator controller and the VFE2500. This total isolation helpsincrease the reliability of the CAN bus. To enable CAN Bus operation: Flip the RUN| SETUP switch to SETUP. Set Par. 11 = 5. Flip the RUN| SETUP switch to RUN. Flip the AUTO|MAN to AUTO to run VFE2500 with the CAN Bus.

Other communication protocols are also available upon request. However, an agreement between ECI and therequesting party must be made prior to the implementation of the communication protocols. Contact ECI for more details in CAN or other protocols.

To simplify connections between infrared detector edges and the elevatorcontroller, ECI offers ECI Certified Infrared Detector Edges. These infrared detector edges can be connected directly to the VFE2500. The procedure below will assist users to plug and play ECI Certified Infrared Detector Edges with the VFE2500. NPN or PNP output: The info of NPN or PNP output should be obtained prior to installation. Read the label on the tube or the detector edges’ manual to know the output type of the infrared detector edges. It is either NPN or PNP. Set theselector switch SW8 accordingly. If the info of NPN or PNP is unavailable,then, use a trial and error method. Assume that the edges’ output is NPN for the 1st trial.

To set up ECI certified infrared detector edges: Set Par. 202 = 1 for NPN type. Set Par. 202 = 2 for PNP type. Set par. 202 = 0 to disable or should detector edges are not connected to the VFE2500. Make sure the ENABLE CHIP is inserted into the socket U5 on the VFE2500 as shown. Connect the ECI Certified Infrared Edges to connectors CN4 and/or CN5. Note! Connectors CN4 and CN5 are interchangeable. Make sure the REOPEN circuit is connected to the REOPEN output contacts as shown in section 6.

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Test the detector edges: - Obstruct the infrared detector edges. The DETECTOR EDGES LED, near the Re-Open relay, should be ON. - The REOPEN relay should be activated to send the REOPEN flag to the elevator controller. - The elevator controller will send the Door Open command signal to the VFE2500 to REOPEN the door. The LED of the Open Input module should be ON. If the detector edges function does not work. - Check the manual for correct connections between edges and the VFE2500. - Check for 24VDC between 0V and +V on either CN4 or CN5. - Repeat testing the detector edges. If it still does not work. Then, -Jump 0V to LCSE on either CN4 or CN5 connector for NPN type. -Jump +V to LCSE on either CN4 or CN5 connector for PNP type - The DETECTOR EDGES LED should be OFF. - The RE-OPEN Relay should be activated. Otherwise, the problem is in the VFE2500. If the above step works as described, turning ON the detector edges LED, then the problem is in detector edges. If the infrared detector edges have intermittent problems: - Check continuity of the TX and RX cables of the infrared detector edges. - If the cables are good, but the problem still exists, then check the Earth Ground connection to the edges. - Lower the Carrier Frequency in Par. 1 gradually until problems are resolved. Note! The lower carrier frequency will create more audible noise. The major advantages of connecting ECI certified infrared detector edges via VFE2500 are:

- Eliminates an extra power supply for the detector edges, resulting is less mounting, less wiring, and fewer components to fail.

- The REOPEN relay that is used for infrared detector edges interface provides 2 more safety features to reopen the door: Over-speed and over-torque detections.

- When the VFE2500 door operator and the interface circuit with the infrared detector edges are provided by ECI. ECI can provide the best technical support.

- ECI provides users with an Additional I/O board to assist customers with Nudging feature. This additional I/O board only works with ECI Certified Infrared Edges

The table below assists users to identify the colors, numbers of each wire from infrared detector edges to the VFE -2500 door operator.

ECI CERTIFIED INFRARED DETECTOR EDGES WIRE COLORS

ECI P/N

MFG.

TX(CN5)

RX(CN4)

CONNECTION BETWEEN TX & RX

V+ LCSE 0V V+ LCSE 0V

906-3013 JANUS RED BLUE ORANGE

(♦) ORANGE

(♦) WHITE-WHITE

906-3020 TRITRONICS RED WHITE ORANGE NONE

906-3030 FORMULA SYSTEMS

BLUE 1

BROWN 2

GREEN YELLOW

BLUE 1

BROWN 2

GREEN YELLOW

NONE

(): Connect an additional wire from 0V to a true EARTH GROUND. ECI Certified Infrared Edges and Enable IC U5 are available through ECI, Inc.

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BROWN

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GREEN

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YELLOW

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BLUE

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BROWN

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GREEN

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YELLOW

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BLUE

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NONE

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VERSION 2

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FORMULA

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SYSTEM

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Text Box

♦

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13. Parameter Unit:

14. VFE2500 drive:

The Parameter Unit is a tool that plugs into the VFE2500 drive and permits changing values of relevant parameters. Parameter unit is also needed for door width learning, monitoring, troubleshooting, storing, copying (reading), and downloading (writing) reference sets of parameters, to the VFE2500 drive. See PARAMETER UNIT section for more details.

VFE2500 drive is an integral part of the VFE2500 system. Velocity and distance feedbacks are combined to deliver precise and smooth stops at DOL or DCL every time VFE2500 drive provides the connections for:

- Single phase input power supply between L1 & L2 terminals. Note! 200-230VAC or 115VAC, 50/60Hz, and minimum 500VA are required.

- Earth ground Note! A True Earth Ground is required.

- Convenience Gate switch terminals: GS & GS1. Note! GS & GS1 are only convenience terminals. They have no internal connection to the VFE2500.

- 3-phase induction motor on U, V, W terminals.

The connector is a pluggable type to ease the connection and swapping the drive. The RJ12 mating connector for the parameter unit is located on the VFE2500 drive. The International Ground Symbol is the True Earth Ground that is connected to the system. A connector and a green screw, size 8/32 x 3/8, are provided by ECI as shown. Use position 22-14 of the crimping tool to crimp the wire into the connector and use the green screw to screw the ground connector to the chassis of the VFE2500 door operator. The following materials are recommended: A minimum # 14 AWG conductor size for Ground wire. Crimping tool made by SARGENT/USA.

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15. Motors:

16. VFE2500 MODELS:

Two different types of motor are used in the VFE2500 systems. ● ½ HP 3-Phase 230V induction motor is used for the Harmonic and Heavy Duty Linear models. ● 91W 3-Phase 230V induction geared motor is used for Light Duty Linear model.

Three models of VFE2500 system are available: ● VFE2500-HH: Heavy Duty Harmonic model. ● VFE2500-GL: Light Duty Linear model. ● VFE2500-HL : Heavy Duty Linear model. Left hand, right hand, center parting versions are available for each model.

MOVFE2500 Heavy Duty Linear Model

½ HP 3-Phase 230V Induction Motor 91W 3-Phase 230V Induction Motor

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MOVFE2500 Heavy Duty Harmonic Model

MOVFE2500 Light Duty Linear Model

MOVFE2500 Heavy Duty Harmonic Model

VFE2500 Light Duty Linear Model

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1

2

3

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on, the dis Or, on, the dis . 42 from 1

rior to shipp pful for use e the follow ct direction ect directio

meter set is . elected.

oor in Man wise, swap

Parameter

splay shoul

splay shoul

1 to 2 or vi

ping the VF ers, if need wing: . on. downloade

nual mode. p any 2 of m

unit, press

d show

d show

ce versa a

FE2500 to ed.

ed (written

If door clo motor wire

s the

66

nd go to 5

users. How

n) to the VF

oses and op s as shown

key and

and

and

.

wever, the

FE2500 dri

pens in the n, then tes

d run the d

d the pulse

d the pulse

ive.

e correct t again.

door in Man

e count

e count

14

nual

15

4. Download an GAL default parameter set: Follow steps of the illustration below to download (write) a correct default parameter set to the MOVFE2500 drive then go to 6.

DisPla':l t·1enu. 8 . ECI Defaults

D. IJ#Jil >HarMonic r~ - · • q Li near Str a i 9ht q lliiiiiil q

-- >Linear Strai9ht q~BW!i q Linear 90 Gear Miilil

. . . .

. . •

--. . . . . . . . . . >Linear 90 Gear HarMonic

t

--

t HarMonic

> Lef·t Hand

--HarMoni c > Ri9ht Hand

--HarMoni c >Center 0Peni n9

--t' Linear Stra i9ht

> Left Hand

--Linear St ra i9ht > Ri9ht Hand

--Linear Str ai9ht >Center 0Penin9

-- ....

Linear 90 Gear > Left Hand

Linear 90 Gear > Ri9ht Hand

--Linear 90 Gear >Cent er 0Penin9

Ql_h@OJ1q

q- q q- q

q- q q- q q- q

H. Left Hand COMPleted.

H. Ri9ht Hand COMPleted.

H. Center OPen COMPleted.

LS. Left Hand COMPleted.

LS . Ri9ht Hand COMPleted.

. -L::.. Center OPen COMPleted •

L 90. Lef·t Hand COMPleted.

L90.Ri9ht Hand COMPleted.

L90.Center OPen COMPleted.

--+-----------~

5

FlSFlU

FothPaFo

5

5

5

. Learn th

lip the RUNet Par. 63 =lip the RUNse Manual m

ollow the prhe learning ar. 63 will sollowings ar

.1 If the

.2 If the

.3 If the

he door w

|SETUP swit= 1. |SETUP switmode to run

rompts on thprocess is c

sets itself bare 3 possible

door is betIf the CLO

door is full

door is full

width:

tch to SETU

tch to RUN. n the door fr

he LCD dispcompleted. ack to Zero e cases:

tween DOLOSE/OPEN sw

ly OPENED

ly CLOSED,

WRITE

P.

rom DOL to

play. LEARN

L and DCL bwitch is pre

D, DOL is rea

, DCL is rea

E

DCL, or vic

DOOR WID

before learnssed in the

ached before

ched before

After

After

After

After

After

After

ce versa.

DTH LED will

ing mode, t OPEN side,

e learning m

e learning m

DCL is reac

r DOL is reac

DOL is reac

r DCL is reac

DOL is reac

r DCL is reac

flash and t

the prompts the prompt

mode, the p

mode, the pr

ched

ched

ched

ched

ched

ched

turn off whe

s will be: ts will be:

rompts will

rompts will b

en

be:

be:

16

17

6. Set the operation source: Flip the 1st toggle switch to SETUP. Set par. 11 = 1 for Terminals operation. Set par. 11 = 5 for CAN bus operation. Flip the 1st toggle switch to RUN. Flip the 2nd switch to MAN to run the door in manual mode. Flip the 2nd switch to AUTO to run the door in automatic mode.

18

PARAMETER UNIT

The followings will describe in depth about the parameter unit: 1. HOW TO CHANGE PARAMETERS

Press . Enter a parameter number Press . Enter a new value. Press . Wait for the Completed signal from the LCD display.

2. HOW TO READ (COPY) FROM A DRIVE

Press . Press . Press . Wait for the Completed signal from the LCD display.

3. HOW TO WRITE (DOWNLOAD) TO A DRIVE

Press . Press . Press . Wait for the Completed signal from the LCD display.

4. HOW TO VERIFY ENCODER DIRECTION

Press . Run the door in Manual mode using the toggle switches. If the door Closes and the counter Decreases, or the door Opens and the counter Increases, then the encoder Direction is Correct. Otherwise, change parameter 42.

5. HOW TO LEARN THE DOOR WIDTH Flip the RUN|SETUP switch to SETUP. Set Par. 63 = 1.

Flip the RUN|SETUP switch to RUN. Use Manual mode to run the door from DOL to DCL, or vice versa.

Follow the prompts on the LCD display. LEARN DOOR WIDTH LED will flash and turn off when the learning process is completed. Par. 63 will sets itself back to Zero.

See Parameter Adjustments section, in the Manual, for more details.

The Parameter Unit is a tool to assist users in the following tasks: ● Learning the door widths of the regular door and narrower door. ● Changing accelerations, decelerations, speeds, torques, and allpertinent parameters of peripheral devices. See the defaultsparameters table for more details. ● Downloading (copying, reading), uploading (writing) to andfrom the drive. ● Storing all default sets of parameters and a reference workingset of parameters. ● Monitoring currents, voltages, inputs, outputs, faults, encoderdirections, closing time. ● Resetting the drive.

SET

VOLT PULSE

WRITEREAD

SET

READ

SET

WRITE

johns

Placed Image

19

6. DEFAULT PARAMETERS

DEFAULT VALUE

CLOSING HARMONIC LINEAR Pr.# RANGE STRAIGHT GEARED

C/P S/0 C/P S/0 C/P S/0

MAX. CLOSE SPEED 136 0-60 30 30 30 30 30 30 HOLDING TORQUE 137 0-3 0.6 0.6 0.6 0.6 0.2 0.2 HOLDING SPEED 138 0-400 2 2 2 2 2 2 HOLDING BEGINS 139 0-100 3 3 2 2 2 2 CLOSE TORQUE .& 140 0-400 243 173 270 270 100 120 HIGH SPD (HSC) 141 0-400 25 19 25 20 25 20 FINAL SPD (FSC) 142 0-400 5 5 3 2 4 5 FSC BEGINS 143 0-100 6 10 5 5 5 10 NUDGING SPD 144 0-400 15 9 10 15 15 15 ACCEL. TIME 145 0-360 4 6 6 6 6 2 DECEL. TIME 146 0-360 8 10 15 20 10 4 STALL REV. FORCE 148 0-4.5 1.6 2.0 1.4 1.4 0.6 0.9

DEFAULT VALUE

OPENING HARMONIC LINEAR

Pr.# RANGE C/P S/0 STRAIGHT GEARED C/P S/0 C/P S/0

QUICK STOP ON REV. 78 0-4.5 1.2 1.4 2.0 2.0 1.2 1.2 HOLDING TORQUE 79 0-3 0.6 0.6 0.6 0.6 0.2 0.2 HOLDING SPEED 80 0-400 2 2 2 2 2 2 HOLDING BEGINS 81 0-100 99 99 99 99 99 99 SLOW SPD (SSO) 82 0-400 5 5 3 5 3 5 CLUTCH ENG. DIST. 83 0-100 12 12 12 12 12 12 HIGH SPD (HSO) 84 0-400 31 45 45 45 45 50 FINAL SPD (FSO) 85 0-400 7 7 3 5 3 5 FSO BEGINS 86 0-100 95 95 98 98 90 95 ACCEL. TIME 87 0-360 6 4 6 4 4 2 DECEL. TIME 88 0-360 12 14 12 12 12 4 OPEN TORQUE .& 89 0-400 120 120 80 80 80 100 .& ·TO LOWER TORQUE INCREASE THE VALUE

COMMON Pr.# RANGE DEFAULT VALUE SELECTION OF THE HARMONIC LINEAR

HAND OF THE DOOR STRAIGHT I GEARED

L= LEFT R=RIGHT 42 1-2 +14-1~ 1+1~1~ l-i-1~14E C/P=CENTER PARTING

CARRIER FREQ. 1 0-15 12 SCAN FREQ. 61 0-400 9 LEARNING FREQ. 62 0-400 9 EDGES DELAY TIME 197 0-180 15 EDGES HOLD TIME 206 0-180 5 BUZZER DELAY TIME 198 0-180 10 OVERLOAD 217 0-6 2.5 BUZZER MODE 205 0-2 0: DISABLE 1: CONTINUOUS2: PULSE DET. EDGES MODE 202 0-2 0: DISABLE 1: NPN 2: PNP NARROWER DOOR 199 0-1 0: YES 1: NO NARROWER DOOR DOL 204 0-1 0: USE BOTH DOL & AUX 1: USE DOL RE-OPEN RELAY MODE 207 0-1 0: MAINTAIN 1: DISABLE WHEN EDGES RELAY ON

CLUTCH DISTANCE UNIT 76 0-1 0: PERCENT 1: PULSES CODE DIST. REG I HVY 69 0-65535 1" FOR S/0 , OR 2" FOR C/P FROM DCL CODE DIST. NARROW 70 0-65535 1" FOR S/0 OR 2" FOR C/P FROM DCL CAN NODE ID 246 7-8 FRONT DOOR = 7 REAR DOOR = 8 DOORWIDTH LEARNING 63 0-1 0: DISABLE 1: ENABLE

johns

Stamp

20

7. CONVENIENCE KEYS

Press to display speeds in Hz. Press to display input and output signals. Press to display recent faults.

Press or to view all recent faults. Press to display currents. Press to reset the drive. 8. THE VIEW KEY

The key will help users navigate through the Parameter Unit seamlessly. Press then press or to navigate all items under the VIEW section. Once the desired item is found, press to view an item. Press at any time to get back to the previous display. The following items are under the key: VOLTAGE, CURRENT, COMMAND FREQUENCY AND ACTUAL FREQUENCY (Hz) INPUTS & OUTPUTS MONITORING (See Parameters List for explanation of each bit)

SPEED

I/O

FAULT

READ

AMP

RESET

VIEW

ESC

VIEW

VIEW

21

FAULTS

AN EXAMPLE OF FAULTS DISPLAY COUNTERS

22

USER LIST

'-_D_i_s_P_la_Y_r_·le_n_u_. _ ___JG- ·. q[ ~s_er ParaMeter 5. User List . u [ q IQJ•I1

q .__c_a_r_r_i_er_F_r_e_et_. _ ___.J . _0-001= 12kHz I

• •

User GP Sel 0-015= 0

--t-lotor and Encode Q·· . q t-lotor Rated lJol t 1- 1-026= 230.0l)

I

• •

• • PG Loss Treat 1-048= 2

23

L-~-o-_or_P_a_r_a_M_e_t_e_r_~l q 1!P.J!P.1 q' _s_c_a_n_c_-·u_r_r_e_n_t_L_e_v....J .L. . ltiiiil - 2-059= 0 . 11=1

I ~~en ParaMeter

Close ParaMeter 4-

I

• •

-I c::::> 1!P.J!P.1 c::::> L__t·1a_x_._o_P_e_n_s_P_d _ __J . ltiiiil 3-077= 60.00Hz

• • I --• I I

Nar DC BK TiMe 3-135= 1.0sec

t·1ax. C 1 ose 5Pd 4-136= 30.00Hz

• I

•

24

Di<:~ital l/0 Para c::::>llll q 5-

-Ed<:~esTiMeout DLY 5-197= 20.0sec

1111 Buzzer TiMe 5-198= 15.0sec

Sensor t·1ode 5-201= 1

1111 Inf·rared t·1ode 5-202= 0

1111

Buzzer Disable 5-205= 0

Ed<:~esTiMeout HLD 5-206= 3.0sec

25

L_Pb.-.:_r_o-_i...e_c_t_l_· o_n ___ ..JI q II!!Bl' q L_D_'='_n_aM-ic_B_r_a_k_e_L_v..J . IMiiil 6-215= 370V

--D'::lnaMic Brake 6-216= 50%

t·1o tor Overload 6-217= 2 .1H

-Restart tiMe 6-222= 2 . 5sec I

--t·lo tor OL Se l 6-228= 1

--

26

MAXIMUM CLOSE SPEED AND FORCE

27

ECI DEFAULT PARAMETER SETS

DisPla~ t·1enu. 8 .ECI Def·aults ~

>HarMoni c Linear St rai9ht

. .

. • --. . . .

. . . t

rai9ht >Linear ::.T..Linear 90

. . . . . . . . . . .

Gear

-->Linear 90 HarMonic

t

Gear

... ~ --

q- q

q f- q

q- q

t HarMoni c q- q H. Left Hand

> Lef·t Hand COMPleted.

--Har Monic q- q H. Ri9ht Hand > Ri9ht Hand COMPleted.

-- H. Center OPen HarMoni c c>[- ]c> >Center 0Penin9 COMPleted.

--.. Linear Str ai9ht q- q . - Left Hand L::..

> Left Hand COMPleted.

--Linear Str ai9ht q- q LS. Ri9ht Hand > Ri9ht Hand COMPleted .

--Linear Strai9ht q- q LS. Center OPen >Center 0Penin9 COMPleted.

-- ... ~

t Linear 90 Gear q- q L 90. Lef·t Hand

> Lef·t Hand COMPleted .

Linear 90 Gear q- q L90. Ri9ht Hand > Ri9ht Hand COMPleted .

--Linear 90 Gear q- q L90.Center OPen >Center 0Penin9 COMPlet ed.

-- ...

28

DISPLAY GROUPS FOR MONITORING AND TROUBLESHOOTING

CODE DISTANCE CLOSING TIME DISPLAY

CAN ANALYZER (AN EXAMPLE)

9. LED INDICATORS

There are 7 LEDs on the Parameter Unit. DO, DC, NUD, HLD, PRG, FLT, and OVT. They have the following meanings: DO= Door Open. DC= Door Close. NUDG.=Nudging HLD= Holding. PRG= Programming Mode FLT= Fault OVT= Over Torque.

johns

Placed Image

29

SPEED PROFILES OF THE VFE2500 FOR NORMAL DOOR

MAX.OPEN c:>----------------- -SPEED Pr. 77 HSO

Pr. 84

OPEN TORQUE Pr. 89 QUICK STOP ON REVERSE Pr. 78

OPEN

I OPEN DIRECTION > HOLDING . I SPEED

-- L ---------T ---II;L~~PEN CLUTCH ENGAGED DISTANCE Pr. 83

I HOLDING

1

-·---------l( FSOSTARTS Pr. 86 ) .] TORQUE -------~~~:{EH~O~LfD~IN~G~S~TtA~Rr!T]S~. PEjr:=. ]8I1) ·] Pr. 79

OPEN CYCLE GRAPH FOR NORMAL DOOR FROM FINAL CLOSE TO FINAL OPEN

MAX. CLOSE ----------HSC -----<? SPEEDPr.136

CLOSE HOLDING SPEED Pr. 138

g' Pr. 141

CLOSE TORQUE Pr. 140

STALL REVERSE FORCE Pr. 148 < CLOSE DIRECTION

CLOSE CYCLE GRAPH FOR NORMAL DOOR FROM FINAL OPEN TO FINAL CLOSE

30

SPEED PROFILES OF THE MOVFE2500 FOR HEAVY DOOR

MAX. OPEN c;>- ________________ _ SPEED Pr. 77 HSO

Pr 102

OPEN TORQUE Pr 103

QUICK STOP ON REVERSE Pr. 92

SSO OPEN

Pr 96~ I OPEN DIRECTION > ~OLDING I I SPEED

--L-------- -- -- ~--- ---tr:~L~~PEN CLUTCH

ENGAGED DISTANCE Pr. 83

I HOLDING

I . ( FSO STARTS. Pr 10Ql ·I TORQUE

-·----------{( HOLDING STARTS. Pr 95) ·I Pr 93

OPEN CYCLE GRAPH FOR HEAVY DOOR FROM FINAL CLOSE TO FINAL OPEN

MAX. CLOSE -----------------<? HSC SPEED Pr 136

.g' Pr 156

CLOSE TORQUE Pr. 155 STALL REVERSE FORCE

Pr. 162 < CLOSE DIRECTION I

CLOSE HOLDING SPEED Pr 153

-_I_-------------CLOSE IDCLI I HOLDING -~-· ---,---

1

------t• ----1( FSC STARTS. Pr 158) TORQUE • • ( HOLDING STARTS. Pr 154 ) Pr. 152

CLOSE CYCLE GRAPH FOR HEAVY DOOR FROM FINAL OPEN TO FINAL CLOSE

31

SPEED PROFILES OF THE MOVFE2500 FOR NARROW DOOR

MAX.OPEN =(>----------------- SPEED Pr. 77 HSO

ACCEL Pr.115 c¢

Pr. 112

OPEN TORQUE Pr. 117

QUICK STOP ON REVERSE

Pr. 78

DECEL. <? Pr. 116

FSO Pr. 113 ~ OPEN

OPEN DIRECTION > HOLDING ' I SPEED

--L---------T - -1 1D;:I ~~~N CLUTCH

ENGAGED DISTANCE Pr. 83 I

I HOLDING

1

,._. ---------{( FSO STARTS. Pr. 114) •. TORQUE I Pr. 120

OPEN CYCLE GRAPH FOR NARROW DOOR FROM FINAL CLOSE TO FINAL OPEN

MAX. CLOSE ----------------<? HSC SPEED Pr. 136

CLOSE HOLDING SPEED Pr. 168

Pr. 171

CLOSE TORQUE Pr. 170

STALL REVERSE FORCE Pr. 178

< CLOSE DIRECTION

CLOSE CYCLE GRAPH FOR NARROW DOOR FROM FINAL OPEN TO FINAL CLOSE

32

HALL‐EFFECT SENSORS SETTING FOR LINEAR DOOR OPERATOR:

OPTICAL SENSORS SETTING FOR HARMONIC DOOR OPERATOR:

Use the translational settings of the hall‐effect sensors as reference for optical sensors.

Last ¼ Inch

½ Inch before Gate Switch makes

Magnet &

Magnet Carrier

Use as DOL of the Narrower door. Also can be used as a 2nd DOL. When not used, set Par. 199 = 1 to exclude this sensor.

Last ¼ Inch

NOTE! PITCH BETWEEN CAMS TO BE ½ INCH

NOTE! PITCH BETWEEN CAMS TO BE ½ INCH

33

PARAMETERS LIST FOR USERS GROUP 0 : USER PARAMETERS

Par. No

Description Range Unit Default Setting Display Related Par.

1 Carrier Frequency 0‐15 KHz 12KHz Carrier Freq.

2 Parameter Reset 0‐9999 06: Clear all faults 08: Keypad locked

Parameter Reset

12 Monitor Data Selection

0‐65535 Hex 0000 Testpoint Sel

15 User Group

Read Selection 0‐9999 0 User GP Sel

GROUP 1: MOTOR & ENCODER PARAMETERS

Par. No


26 Maximum output

voltage 255‐0.1 V 230 Motor Rated Volt

Higher than Par. 126 &

185

27 Motor Rated Volt 400.00 – 50.00

Hz 60 Max. Speed

28 MIN Output Voltage

25.0 – 0.0

% 4.0 Min. Voltage Higher than Par. 126 &

185

29 Min Output Freq. 400.00 – 0.10

Hz 0.50 Min. Output Spd Lower than Par. 127 &

186

31 Motor Rated

Current 3.60‐0.15

A 0.52A: Geared Motor 2.50A: Straight Motor

Motor Rated Curr

32 Motor No‐load

Current Par.31 ‐0.00

A 0.38A: Geared Motor 1.40A: Straight Motor

No‐load Current

33 Number of Motor Poles

2‐6 Pole 2: Geared Motor 6: Straight Motor

Poles of motor

41 Encoder Pulses 4000‐0 pls 500 Pulse per rev.

42 Encoder feedback

Setting 0‐2

00: Disable 1: Forward / CCW 2: Reverse / CW

Encoder Input

49 Enter

Door Width here

65535 In S/O: 30 inches C/P: 36 inches

Door Width(inch)

50 Enter

Door Weight here

65535 lbs S/O: 225 lbs C/P: 275 lbs

Door Weight

34

GROUP 1: MOTOR & ENCODER PARAMETERS (CONTINUED)

Par. No


51

Enter Single‐Speed

Or Two‐Speed

Here

0‐1 0: Single Speed 1: Two Speed

Door Speed

52 Door Type 0‐5

Read Only Par. This Par. is changed by loading ECI’s defaults. 0: Harmonic, S/O 1: Harmonic, C/P 2: Linear Straight, S/O 3: Linear Straight, C/P 4: Linear Gear, S/O 5: Linear Gear, C/P

Door Type

GROUP 2: DOOR PARAMETERS

Par. No


61 Scan Frequency 0.00 ‐ 400.00

Hz 9Hz Scan Spd

62 Learning Frequency

0.00 ‐ 400.00

Hz 9Hz Learning Spd

63 Non‐supervised

Learning 0 ‐1

0: Disable 1: Enable

Learning Mode

64 Regular Door

Width 0‐65535 Pulse 0‐65535 Regular Width

65 Narrow Door

Width 0‐65535 Pulse 0‐65535 Narrow Width

35

GROUP 3: OPEN DIRECTION PARAMETERS

Par. No


76 Clutch Engage

Unit 1‐0

0: % 1: pulses

CLUTCH Unit Par. 83

77 Maximum Open

Speed 0.00 ‐400.00

Hz 60Hz Max. Open Spd

78 Quick Stop On

Reverse 0 .0–4.5 A

1.2A: Harmonic C/P 1.4A: Harmonic S/O 2.0A: Linear Straight C/P 2.0A: Linear Straight S/O 1.2A: Linear Geared C/P 1.2A: Linear Geared S/O

Quick Stp Rev.

79 Open

Holding Torque 0.0‐3.0 A


Open HLD Torque

80 Open

Holding Speed 0.00 – 400.00

Hz 2Hz Open HLD Spd

81 Open

Holding Start 0.0 – 100

% 99% Holding Start

82 Slow Speed Open 0.00 – 400.00

Hz

5Hz: Harmonic C/P 5Hz: Harmonic S/O 3Hz: Linear Straight C/P 5Hz: Linear Straight S/O 3Hz: Linear Geared C/P 5Hz: Linear Geared S/O

Slow Spd SSO

83 Clutch Engaged

Distance 0.0 – 100

% Pre‐determined % Clutch Distance

84 High Speed Open

HSO 0.00 – 400.00

Hz


High Spd HSO

85 Final Speed Open

FSO 0.00 – 400.00

Hz


Final Spd FSO

36

GROUP 3: OPEN DIRECTION PARAMETERS (CONTINUED)

Par. No


86 Final Speed Open

Start 0.0 – 100

%

95%: Harmonic C/P 95%: Harmonic S/O 98%: Linear Straight C/P 98%: Linear Straight S/O 90%: Linear Geared C/P 95%: Linear Geared S/O

FSO Start

87 Open

Acceleration Time 0.1 – 3600.0

sec

6sec: Harmonic C/P 4sec: Harmonic S/O 6sec: Linear Straight C/P 4sec: Linear Straight S/O 4sec: Linear Geared C/P 2sec: Linear Geared S/O

Open Acc. TM

88 Open

Deceleration Time 0.1 – 3600.0

sec


Open Dec. TM

89 Open Torque 0.00 – 400.00

Hz

120Hz: Harmonic C/P 120z: Harmonic S/O 80Hz: Linear Straight C/P 80Hz: Linear Straight S/O 80Hz: Linear Geared C/P 100Hz: Linear Geared S/O

Open Torque

90 Open Mid. Volt 0.0 – 100.0

% 4% OPEN Mid. Volt

91 Open Mid. Frequency

0.00 – 400.00

Hz 0.5Hz OPEN Mid. Freq.

92 Heavy Quick Stop

On Reverse 0.0 – 4.5 A


Hvy Quick Rev.

93 Heavy



Hvy Open HLD Tor

37


Par. No


94 Heavy


Hz 2Hz Hvy Open HLD Spd

95 Heavy


% 99% Hvy HLD Start

96 Heavy

Slow Speed Open 0.00 – 400.00

Hz


Hvy Spd SSO

98 Heavy

High Speed Open 0.00 – 400.00

Hz


Hvy Spd HSO

99 Heavy

Final Speed Open 0.00 – 400.00

Hz


Hvy Spd FSO

100 Heavy Final Speed

Start 0.0 – 100

%


Hvy FSO Start

101 Heavy Open

Acceleration Time

0.1 – 3600.0

sec


Hvy Open Acc.

102 Heavy Open

Deceleration Time

0.1 – 3600.0

sec


Hvy Open Dec.

38


Par. No


103 Heavy

Open Torque 0.00 – 400.00

Hz


Hvy Open Torq. .

104 Heavy

Open Mid. Volt 0.0 – 100.0

% 5% Hvy Open Mid. V.

105 Heavy

Open Mid. Frequency

0.00 – 400.00

Hz 0.5Hz Hvy Open Mid. F

106 Narrow

Quick Stop On Reverse

0.0 – 4.5 A


Nar Quick Rev.

107 Narrow



Nar Open HLD Tor

108 Narrow


Hz 2Hz Nar Open HLD Spd

110 Narrow

Slow Speed Open 0.00 – 400.00

Hz


Nar SSO

112 Narrow

High Speed Open 0.00 – 400.00

Hz


Nar HSO

39


Par. No


113 Narrow

Final Speed Open 0.00 – 400.00

Hz


Nar FSO

114 Narrow

Final Speed Start 0.0 – 100

%


Nar FSO Start

115 Narrow Open

Acceleration Time

0.1 – 3600.0

sec


Nar Open Acc. TM

116 Narrow Open

Deceleration Time

0.1 – 3600.0

sec


Nar Open Dec. TM

117 Narrow

Open Torque 0.00 – 400.00

Hz


Nar Open Torq. .

118 Narrow

Open Mid. Volt 0.0 – 100.0

% 5% Nar Open Mid. V.

119 Narrow

Open Mid. Frequency

0.00 – 400.00

Hz 0.5Hz Nar Open Mid. F

40


Par. No


120 Narrow DOL

Holding Torque 0.0 – 3.0 A 0.6A Nar. HLD Torque

121 DC Brake Frequency

0.00 – 400.00

Hz 60Hz DC Brake Freq

122 DC Brake Time 0.0 – 999.0

sec 1.0sec DC Brake Time

126 Holding Torque

Filter 0.01 – 10.00

sec 0.20sec Hold Torq. LPF

127 Open Timeout 0.0 ‐180.0

sec 0.0sec Open Timeout

128 Open Lock Torque. 1

0.0 – 4.5 A 0.0A Open Lock Torq1

129 Open Lock Torque. 2

0.0 – 4.5 A 0.0A Open Lock Torq2

130 Open

Holding Time 0.0 – 999.9

sec 0.0sec OPEN Hold Time

131 Open

Acceleration S‐curve

0.0 – 10.0

sec 0.5sec Open Acc Scurve

132 Heavy DC

Brake Frequency

0.00 – 400.00

Hz 60Hz Hvy DC BK Freq

133 Heavy DC

Brake Time

0.0 – 999.9

sec 1sec Hvy DC BK Time

134 Narrow DC

Brake Frequency

0.00 – 400.00

Hz 60Hz Nar DC BK Freq

135 Narrow DC

Brake Time

0.0 – 999.9

sec 1sec Hvy DC BK Time

41

GROUP 4: CLOSE DIRECTION PARAMETERS

Par. No


136 Maximum Close Speed

0.00 – 400.00

Hz 30Hz Max. Close Spd

137 Close



Close HLD Torque

138 Close


Hz 2Hz Close HLD Spd

139 Close


%

3.0%: Harmonic C/P 3.0%: Harmonic S/O 2.0%: Linear Straight C/P 2.0%: Linear Straight S/O 2.0%: Linear Geared C/P 2.0%: Linear Geared S/O

Holding Start

140 Close Torque 0.00 – 400.00

Hz


Close Torque

141 High Speed Close

HSC 0.00 – 400.00

Hz


High Spd HSC

142 Final Speed Close

FSC 0.00 – 400.00

Hz


Final Spd FSC

143 Final Speed Close

Start 0.0 – 100

%


FSC Start

42

GROUP 4: CLOSE DIRECTION PARAMETERS (CONTINUED)

Par. No


144 Nudging Speed 0.00 – 400.00

Hz


Nudging Spd

145 Close

Acceleration Time 0.1 – 3600.0

sec


Close Acc. TM

146 Close

Deceleration Time 0.1 – 3600.0

sec


Close Dec. TM

148 Stall Reverse

Force 0.0 – 4.5 A


Stall Rev Normal

150 Close Mid. Volt 0.0 – 100.0

% 4% Close Mid. Volt.

151 Close

Mid. Frequency 0.00 – 400.00

Hz 0.5Hz Close Mid. Freq.

152 Heavy Close



Hvy Clo HLD Torq

153 Heavy Close

Holding Speed

0.00 – 400.00

Hz 2Hz Hvy Close HLD

43


Par. No


154 Heavy Close

Holding Start

0.0 – 100

%


Hvy HLD Start

155 Heavy

Close Torque 0.00 – 400.00

Hz


Hvy Close Torq.

156 Heavy

High Speed Close 0.00 – 400.00

Hz


Hvy High HSC

157 Heavy

Final Speed Close FSC

0.00 – 400.00

Hz


Hvy FSC

158 Heavy

Final Speed Close Start

0.0 – 100

%


Hvy FSC Start

159 Heavy

Nudging Speed 0.00 – 400.00

Hz


Hvy Nudg Spd

160 Heavy Close

Acceleration Time

0.1 – 3600.0

sec


Hvy Clo. Acc.

44


Par. No


161 Heavy Close

Deceleration Time

0.1 – 3600.0

sec


Hvy Clo. Dec.

163 Heavy

Stall Reverse Force

0.0 – 4.5 A


Hvy Stall Normal

165 Heavy

Close Mid. Volt 0.0 – 100.0

% 4% Hvy Close Mid. V

166 Heavy Close

Mid. Frequency

0.00 – 400.00

Hz 0.5Hz Hvy Close Mid. F

167 Narrow Close



Nar Clo HLD Torq

168 Narrow Close

Holding Speed

0.00 – 400.00

Hz 2Hz Nar Close HLD

169 Narrow Close

Holding Start

0.0 – 100

%


Nar HLD Start

170 Narrow

Close Torque 0.00 – 400.00

Hz


Nar Close Torq.

45

GROUP 4: CLOSE DIRECTION PARAMETERS CONTINUED

Par. No


171 Narrow

High Speed Close 0.00 – 400.00

Hz


Nar HSC

172 Narrow

Final Speed Close 0.00 – 400.00

Hz


Nar FSC

173 Narrow

Final Speed Close Start

0.0 – 100

%


Nar FSC Start

174 Narrow

Nudging Speed 0.00 – 400.00

Hz


Nar Nudging Spd

175 Narrow Close

Acceleration Time

0.1 – 3600.0

sec


Nar Close Acc. TM

176 Narrow Close

Deceleration Time

0.1 – 3600.0

sec


Nar Close Dec. TM

178 Stall Reverse

Force 0.0 – 4.5 A


Nar Stall Normal

46


Par. No


180 Narrow

Close Mid. Volt 0.0 – 100.0

% 4% Nar Close Mid. V

181 Narrow Close

Mid. Frequency

0.00 – 400.00

Hz 0.5Hz Nar Close Mid. F

182 Fast Deceleration

Time 0.1 – 3600.0

sec 1.0 sec Fastest Dec. TM

185 Holding Torque

Filter 0.01 – 10.00

sec 0.20sec Hold Torq. LPF

186 Close Timeout 0.0 ‐180.0

sec 0.0sec Close Timeout

187 Close Lock Torque. 1

0.0 – 4.5 A 0.0A Close Lock Torq1

188 Close Lock Torque. 2

0.0 – 4.5 A 0.0A Close Lock Torq2

189 Close

Holding Time 0.0 – 999.9

sec 0.0sec CLOSE Hold Time

190 Close

Acceleration S‐curve

0.0 – 10.0

sec 0.5sec Close Acc Scurve

GROUP 5: DIGITAL I/O PARAMETERS

Par. No


196 LED Delay Time 0.00 – 10.00

sec 3.00sec (Default) LED Delay Time

197 Edges Timeout Delay Time

0.0 – 180.0

sec 15sec (Default) EdgesTimeout DLY

198 Buzzer Delay Time 0.0 – 180.0

sec 10sec (Default) Buzzer Time

199 Include/Exclude AUX Sensor

0 – 1 0: Include AUX Sensor 1: Exclude AUX Sensor (DF)

IN/EX AUX Sensor

200 Sensor Failure Detect Time

0.0 – 3600.0

sec 5sec Sensor Fail Time

201 Sensor Mode 0 ‐ 2

0: Sensor is external, Edge trigger (Linear) (Default) 1: Sensor is external, Level trigger (Harmonic) 2: Sensor is on board.

Sensor Mode

47

GROUP 5: DIGITAL I/O PARAMETERS

Par. No


202 Infrared

Output Type 0 – 2

0: Disable 1: NPN (active LOW) (DF) 2: PNP (active HIGH)

Infrared Type

203 DCL Reset 0 ‐ 1

0: Enable door position reset in DCL. (Default) 1: Disable door position reset in DCL.

DCL Reset

204 DOL for

Narrower Door 0 – 1

0: Use regular as DOL of Narrower Door DOL (DF) 1: Use AUX as DOL of Narrower Door DOL

DOL for Nar Door

205 Buzzer Disable 0 – 1 0: Buzzer Disable (DF) 1: Buzzer Enable (Continue) 2: Buzzer Enable (ON – OFF)

Buzzer Disable

206

Holding Time for

Edges Timeout relay

0.0 – 180.0

sec 3sec (Default) EdgesTimeout HLD

207 Reopen Relay

Mode 1 ‐ 0

0: MAINTAIN 1: DISABLE WHEN EDGES RELAY ON

Reopen Relay MOD

GROUP 6: PROTECTION PARAMETERS

Par. No


216 DC Brake Duty 0 ‐ 100 % 50% Dynamic Brake

217 Motor

Overload Current 0.0 – 6.0 A 2.5A Motor Overload

221 Number of Retries after Faults

0 ‐10 6 No of Retries

222 Retry

Waiting Time 0.2 – 120.0

sec 2.5sec Restart time

226 Auto Reset Time Reset after Fault

9999 ‐ 0 Sec 600 Restart rst T

228 Motor

Overload Selection

0 ‐ 2 00: Standard Motor 01: Special Motor (DF) 02: Disabled

Motor OL Sel

229 Motor

Overload Time 30 ‐ 600 sec 60sec Motor OL Time

48

Overload Time

GROUP 7: COMMUNICATION PARAMETERS

Par. No


240 RS485

Node Number 1 ‐254 1 Comm Node Addr

241 RS485

Baudrate 0 ‐ 3

0: Baud rate 4800bps 1: Baud rate 9600bps 2: Baud rate 19200bps (DF) 3: Baud rate 38400bps

Comm Data Rate

242 RS485 Modbus Protocol

0 – 5

0: 7,N,2 (Modbus, ASCII) 1: 7,E,1 (Modbus, ASCII) 2: 7,O,1 (Modbus, ASCII) 3: 8,N,1 (Modbus, RTU) (DF) 4: 8,E,1 (Modbus, RTU) 5: 8,O,1 (Modbus, RTU)

Comm Format

243 RS485

Connection Loss 0 ‐ 3

0: Warn and keep operating 1: Warn and ramp to stop 2: Warn and coast to stop 3: No warning and keep operating. (Default)

Comm Loss Action

244 RS485

Connection Loss Time

0.0 – 60.0

sec 0.0sec Comm Loss TM

246 CAN

Node Address 0 ‐ 255 7 CAN Node Addr

247 CAN

Baudrate 0 ‐

65535 kbps 115.2Kbps CAN Data Rate

DISPLAY PARAMETERS

Par. No

Function Display Unit

D0

Drive Status 1 Bit 0 Reserved

Bit 1 0： STOP，1：RUN Bit 2 Reserved

Bit 3 0： CLOSE，1：OPEN Bit4~5 Reserved

Bit 6 1： OVT

Bit 7 1： FLT Bit 8~10 Reserved

Bit 11 1： Factory Set Bit 12 Reserved

Bit 13~15 100：NUD

000：HLD

Drive Status 1 hex

D1 Output Frequency Output Freq Hz

49

DISPLAY PARAMETERS (CONTINUED)

Par. No


D2 Commanded Frequency Commanded Freq Hz

D3 Output Current Output Current A

D4 Output Voltage Output Voltage V

D5 DC Bus Voltage DC Bus Voltage V

D6 Door Close Time Door Close Time sec

D7

Switch Input Status Bit0 0: SETUP 1:RUN Bit1 0:MAN 1:AUTO Bit2 OPEN Bit3 CLOSE Bit4 NUDG Bit5 NARROW Bit6 RESET Bit7 HEAVY

SW IN 87654321

D8

Digital Input Status Bit0 CLOSE Bit1 OPEN Bit2 NUDG Bit3 NARROW Bit4 HEAVY Bit5 IR Bit6 SPARE-1 Bit7 SPARE-2

MI IN 87654321

D9

Sensor Input Status Bit0 HALL-DOL Bit1 HALL-AUX Bit2 HALL-DPM Bit3 HALL-DCL Bit4 HALL-SPARE1 Bit5 HALL-SPARE2 Bit6 HALL-SPARE3 Bit7 OPTIC-DOL Bit8 OPTIC-AUX Bit9 OPTIC-DPM Bit10 OPTIC-DCL

SenseCPAO321CPAO

D10 Counter Status 1 (unit: 1) Counter Status 1

D11 Counter Status 2 (unit: 10000) Counter Status 2

D12

Relay Output Status Bit0 EDGE Timeout Bit1 AUX Bit2 DPM Bit3 REOPEN Bit4 DOL Bit5 DCL Bit6 SPARE-1 Bit7 SPARE-2

RelayOUT87654321

50

DISPLAY PARAMETERS (CONTINUED)

Par. No


D13

LED Output Status Bit0 CLOSE Bit1 NUDG Bit2 CLOSE SLOWDOWN Bit3 OPEN Bit4 OPEN SLOWDOWN Bit5 HOLDING Bit6 ENCODER FAILED Bit7 SENSORS FAILED Bit8 STALL REVERSE Bit9 FREQUENCY FALURE Bit10 DETECTOR EDGES Bit11 LEARN DOOR WIDTH

LED LDFS87654321

D14 Max. Close Frequency Max. Close Freq Hz

D15 Max. Close Force Max. Close Force A

D16 Software Version Control SW Ver

D17 Drive Type Drive Type

D18 Warning Code Warn Code

D19 Memory Probe Display Testpoint Data

D20 NMI state NMI State

D21 Door Code Time Reg. Code Time sec

D22 Door Code Time for Nudging Nudg. Code Time sec

D23 Reserved

D24 Heat sink Temperature Heat Sink Temp. oC

D25 Step of Speed Step of Speed

D26 Door Position (%) Door Position %

D27 Door Position (pls) Door Position pls

D28 Feedback Freq. Feedback Freq Hz

D29 PG & CKRO pin state Encoder pin stat

D30 CAN Transmit Counter CAN TX Counter

D31 CAN Receive Counter CAN RX Counter

D32 Encoder Direction Encoder Dir.

D33 Encoder Pulse Encoder Pulses

D34 AD Value of Iv AD Value of Iv

OF

F

ON

L1L2

70

63

76

61 1

62

42

87 88 89

82 83 84

78 79 80

GS

1

L 6 12 120

5 12 31

1.2 0.6 2

1.6 8

5 6 15

2 0.6

3

C/P

UV

LC

/P

4 14

120

5 12 45

2

1.4 0.6

2.0 10

5 9 10

2 3

0.6

S/O

W 10 2.5

12 9 9

15

RC

/P

4 12 80

5

45 12

2

S/O

2.0 0.6

1.4 20

2 5 15

2 2

0.6

S/O

LR

4 12

2 4 80

3 12 45

1.2 C

/P

0.2 2

0.6 10

4 5 15

2 0.2

2 2

2

C/P G

EA

RE

D

NC

NO

COM

NC

NO

COM

C

O CLOSE

N NUDG.

J4

C

N

OR

J7 OP

EN

V+

LC

0V

V+

SE

0V

AUX.

BU

ZZ

ER

3

1 DOL

AU

XA

UX

3

2 AUX NARROW

2

BLU

4 DCL

DP

M

3

GR

N

YE

L

OR

G

()

0V

3

NC

2 B

RN

NO HEAVY

GR

N

YE

L

OR

G

()

0V

AU

X2 HEAVY

51

EARTH GROUND

69

86 85

81

GATE SWITCH 2 95

7

99

C/P

4

25 243

30

21

7

S/O

6

95

99

19

30

173

5

21

5 98

6

99

20 270

30

2: PN

P

1

1: NO

1 90 3

99

6 GE

AR

ED

25 100

30

DO

L

CLOSE

NUDG.

MA

N.

SE

LC

SPARE

( DOL 1

AUX NARROW

2

DCL 4

COM

OR

G

NARROW

COM

6-CONDUCTOR CABLE FOR ENCODER 6-CONDUCTOR CABLE FOR ENCODERREV. DESCRIPTION

200 - 230 VAC

TOGGLE SWITCHES FOR MANUAL OPERATION.

NARROWER DOOR

LC

SE

LC

S

E

ELEVATOR CONTROLLER MUST PROVIDE COMMAND SIGNALS TO HEAVY AND/OR NARROW INPUT(S) TO USE HEAVIER DOOR AND/OR NARROWER DOOR FUNCTION(S).

6-CONDUCTOR CABLE FOR ENCODERDATE Doc. No: 2500-2001-S

N.C. CONTACT OPENS WHEN DOOR REACHES THE FINAL OPEN LIMIT. DOL RELAY IS CONTROLLED BY DOL CAM FOR HARMONIC MODEL. OR, BY DOL HALL-EFFECT SENSOR FOR LINEAR MODEL .

6-CONDUCTOR CABLE FOR ENCODER

CA

N N

OD

E ID

BU

ZZ

ER

DE

LAY

TIM

E

OV

ER

LOA

D

BU

ZZ

ER

MO

DE

CA

RR

IER

FR

EQ

. S

CA

N F

RE

Q.

LEA

RN

ING

FR

EQ

. E

DG

ES

DE

LAY

TIM

E

L= LE

FT

R=

RIG

HT

SE

LEC

TIO

N O

F T

HE

C

OM

MO

N

HA

ND

OF

TH

E D

OO

R

AC

CE

L. TIM

E

DE

CE

L. TIM

E

OP

EN

TO

RQ

UE

SLO

W S

PD

(SS

O)

CLU

TC

H E

NG

. DIS

T.

HIG

H S

PD

(HS

O)

HO

LDIN

G T

OR

QU

E

HO

LDIN

G S

PE

ED

ST

ALL R

EV

. FO

RC

E

DE

CE

L. TIM

E

FIN

AL S

PD

(FS

C)

FS

C B

EG

INS

N

UD

GIN

G S

PD

HO

LDIN

G S

PE

ED

H

OLD

ING

TO

RQ

UE

HO

LDIN

G B

EG

INS

CLO

SIN

G

GS

2467-8

0-65535

0-1 F

RO

NT

DO

OR

= 7 0: D

ISA

BLE

207 204

0-1 0-1

0-1 0: M

AIN

TA

IN

0: PE

RC

EN

T

198 217

0-180 0-6

2050-2

0: DIS

AB

LE

0-400 0-15

197 0-400 0-180

Pr.#

HA

RM

ON

IC

1-2R

RA

NG

E

0-360 0-360

6 12

0-40080

0-400 0-100

3 12

0-40045

0-4.52.0 C

/P

0-3 0-400

0.6 2

148 146

0-4.5 0-360

HA

RM

ON

IC

1.4 15

142 143

0-400 0-100

3 5 144

0-40010

138 137

0-400 0-3

2 0.6

1390-100

2

HA

RM

ON

IC

C/P

Pr.#

RA

NG

E

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

EN

CO

DE

R

2500-3057

COM

1: EN

AB

LE

1: US

E D

OL

1: PU

LSE

S

2: PU

LSE

LINE

AR

C/P

G

EA

RE

D

100

5 12 50

1.2 S

/O

0.2 2

LINE

AR

0.9 4 5

10 15

0.2

LINE

AR

S/O

(SE

E N

OT

E 1)

NC

NO

COM

NC

ME

TH

OD

1

NO

COM

OPEN

CLO

SE

NU

DG

.O

PE

N

ME

TH

OD

2

O

INP

UT

SIG

NA

LS

U5

NP

N

PN

P

DP

PC

0001N

EN

AB

LE IC

(S

EE

NO

TE

2)

(OP

TIO

NA

L) D

EF

AU

LT B

AU

DR

AT

E

OF

PA

R. 247 =

115.2KB

PS

SE

T P

AR

. 246 = 8

FO

R R

EA

R D

OO

R

SE

T P

AR

. 246 = 7

FO

R F

RO

NT

DO

OR

SE

T P

AR

. 11 = 5

TO

US

E C

AN

BU

S

LINE

AR

GE

AR

ED

MO

DE

L: P

AR

. 42 = 1 F

OR

RH

/LH/C

P

NA

RR

OW

CLO

SE

RU

N

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R SP

AR

E

14-CO

ND

UC

TO

R R

IBB

ON

CA

BLE

906- 3030

906- 3013

EC

I P

/N

IND

ICA

TO

R

CA

NH

IND

ICA

TO

R

10-CO

ND

UC

TO

R R

IBB

ON

CA

BLE

DO

L

10-CO

ND

UC

TO

R R

IBB

ON

CA

BLE

NC

NO

HEAVY LED

BLU

1

BLU

1

BR

N

RE

D

V+

V+

MF

G.

TX

(CN

5)

3 DPM

DC

LS

ET

PA

R. 199=

0 T

O E

NA

BLE

AU

X

2500-1001

SIG

NA

LS T

RA

NS

FE

R B

OA

RD

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

NC

NO

OP

TIO

NA

L

AU

X.

COM

NO

NE

WH

T - W

HT

CO

NN

EC

TIO

N

BE

TW

EE

N T

X &

RX

EA

RT

H

GR

OU

ND

EA

RT

H G

RO

UN

D

PO

LE O

N

EN

CLO

SU

RE

CONNECTION

NA

RR

OW

ER

DO

OR

D

ET

. ED

GE

S M

OD

E

ED

GE

S H

OLD

TIM

E

C/P

=C

EN

TE

R P

AR

TIN

G

FS

O B

EG

INS

F

INA

L SP

D (F

SO

)

HO

LDIN

G B

EG

INS

OP

EN

ING

AC

CE

L. TIM

E

HIG

H S

PD

(HS

C)

CLO

SE

TO

RQ

UE

MA

X. C

LOS

E S

PE

ED

230VA

C

1/2 HP

3PH

. IN

DU

CT

ION

M

OT

OR

GA

TE

SW

ITC

H

TO

MO

TO

R

0-65535

202 199

206

0-1 0-2

0-180

1

1: NP

N0: D

ISA

BLE

0: Y

ES

Pr.#

145

0-100 0-400

0-100

0-360

98 3

99

6

RA

NG

E

141 140

136

0-400 0-400

0-60

25 270

30

DP

M

CO

NN

EC

T T

O E

CI

PA

RA

ME

TE

R U

NIT

2500-3051

2

95 5

99

2

20 120

30

RE

OP

EN

DC

LIN

PU

T S

IGN

ALS

CLO

SE

LED

O

PE

N

LED

N

UD

G.

LED

COM

OPEN

EN

AB

LE IC

O

NLY

WO

RK

S

WIT

H E

CI

CE

RT

IFIE

D

DE

TE

CT

OR

E

DG

ES

SW

8

HE

AV

Y

HA

MO

NIC

MO

DE

L: P

AR

. 42 = 2 F

OR

LH/C

P P

AR

. 42 = 1 F

OR

RH

LIN

EA

R S

TR

AIG

HT

MO

DE

L: P

AR

. 42 = 1 F

OR

LH/C

P P

AR

. 42 = 2 F

OR

RH

NU

DG

.

AU

TO

EDGES TIMEOUT

DE

LAY

TIM

E F

RO

M

TR

IGG

ER

ED

PO

INT

IS S

ET

BY

PA

R. 198

PA

R. 205 =

0 : DIS

AB

LE

205 = 1: C

ON

'T 205 =

2: PU

LSE

BUZZER VOLUME CONTROL

AUX2

CN5

906- 3020

SH

LD

CA

NL

BU

S T

ER

MIN

AT

ION

SW

ITC

H

CONNECT TO CAN BUS OF THE ELEVATOR CONTROLLER

OPTICAL CAM BOARD

SE

T P

AR

. 201 =

1

SE

T P

AR

. 201 =

0

ED

GE

S

TIM

EO

UT

NARROW LED

RE

DW

HT

)

DPM 3

HA

LL-EF

FE

CT

SE

NS

OR

BO

AR

D

COM

INP

UT

SIG

NA

LS NARROW

NO

NE

CO

NN

EC

T T

O J7

ON

TH

E M

AIN

BO

AR

D

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

500VA MIN.

CONNECT TO ANY VOLTAGE SOURCE FROM 24 TO 230 VOLTS, AC OR DC, 30mA MIN.

REMOVE THIS JUMPER IF INPUT SIGNAL VOLTAGE IS 60V OR LESS



CN4

CONNECT TO ECI CERTIFIED INFRARED DETECTOR EDGES

2500-3056

CONNECT TO ENCODER

REOPEN RELAY IS ACTIVATED BY ANY ONE OF THE FOLLOWING DETECTIONS: 1. STALL REVERSE; CONTROLLED BY PAR. 148. 2. FREQUENCY FAILURE; CONTROLLED BY PAR. 136 3. DETECTOR EDGES; CONTROLLED BY PAR. 202, SW 8, AND IC U5.

N.C. CONTACT OPENS WHEN DOOR REACHES FINAL CLOSE LIMIT. DCL RELAY IS CONTROLLED BY DCL CAM FOR HARMONIC MODEL. OR, BY DCL HALL-EFFECT SENSOR FOR LINEAR MODEL .

(SE

E N

OT

E 1)

4 AM

P.

SLO

W B

LOW

F

US

ES

CO

DE

DIS

T. N

AR

RO

W

DO

OR

WID

TH

LEA

RN

ING

R

EA

R D

OO

R =

8 1" F

OR

S/O

, OR

2" FO

R C

/P F

RO

M D

CL

RE

-OP

EN

RE

LAY

MO

DE

N

AR

RO

WE

R D

OO

R D

OL

0: US

E B

OT

H D

OL &

AU

X

CLU

TC

H D

IST

AN

CE

UN

IT 1: D

ISA

BLE

WH

EN

ED

GE

S R

ELA

Y O

N

1: CO

NT

INU

OU

S

ST

RA

IGH

T

DE

FA

ULT

VA

LUE

QU

ICK

ST

OP

ON

RE

V.

DE

FA

ULT

VA

LUE

DE

FA

ULT

VA

LUE

ST

RA

IGH

T

EA

SY

SE

TU

P P

RO

CE

DU

RE

WR

ITE

(DO

WN

LOA

D) T

O T

HE

DR

IVE

: Press S

ET

, Press U

P A

rrow, P

ress WR

ITE

.

INS

TR

UC

TIO

NS

FO

R T

HE

VF

E2500 P

AR

AM

ET

ER

UN

IT R

EA

D (C

OP

Y) F

RO

M T

HE

DR

IVE

: Press S

ET

, Press U

P A

rrow, P

ress RE

AD

.

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

C =

CLO

SE

O =

OP

EN

N =

NU

DG

ING

ED

GE

S T

IME

OU

T R

ELA

Y

FO

RM

ULA

SY

ST

EM

S

JAN

US

RE

SE

T

LEA

RN

DO

OR

WID

TH

FO

R H

AR

MO

NIC

MO

DE

L S

ET

UP

2500-1002

10-CO

ND

UC

TO

R R

IBB

ON

CA

BLE

CO

NN

EC

T T

O O

PT

ICA

L CA

M B

OA

RD

FO

R H

AR

MO

NIC

MO

DE

L. C

ON

NE

CT

TO

SIG

NA

L TR

AN

SF

ER

BO

AR

D F

OR

LINE

AR

MO

DE

L.

NA

RR

OW

ER

DO

OR

RE

MO

VE

TH

IS JU

MP

ER

IF

INP

UT

SIG

NA

L VO

LTA

GE

IS 60V

OR

LES

S

RE

MO

VE

TH

IS JU

MP

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IGG

ER

ED

PO

INT

IS S

ET

BY

PA

R. 198

PA

R. 205 =

0 : DIS

AB

LE

205 = 1: C

ON

'T 205 =

2: PU

LSE

BUZZER VOLUME CONTROL

AUX2

CN5

906- 3020

SH

LD

CA

NL

BU

S T

ER

MIN

AT

ION

SW

ITC

H

CONNECT TO CAN BUS OF THE ELEVATOR CONTROLLER

OPTICAL CAM BOARD

SE

T P

AR

. 201 =

1

SE

T P

AR

. 201 =

0

ED

GE

S

TIM

EO

UT

NARROW LED

RE

DW

HT

)

DPM 3

HA

LL-EF

FE

CT

SE

NS

OR

BO

AR

D

COM

INP

UT

SIG

NA

LS NARROW

NO

NE

CO

NN

EC

T T

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ON

TH

E M

AIN

BO

AR

D

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

500VA MIN.

CONNECT TO ANY VOLTAGE SOURCE FROM 24 TO 230 VOLTS, AC OR DC, 30mA MIN.




CN4

CONNECT TO ECI CERTIFIED INFRARED DETECTOR EDGES

2500-3056

CONNECT TO ENCODER

REOPEN RELAY IS ACTIVATED BY ANY ONE OF THE FOLLOWING DETECTIONS: 1. STALL REVERSE; CONTROLLED BY PAR. 148. 2. FREQUENCY FAILURE; CONTROLLED BY PAR. 136 3. DETECTOR EDGES; CONTROLLED BY PAR. 202, SW 8, AND IC U5.

N.C. CONTACT OPENS WHEN DOOR REACHES FINAL CLOSE LIMIT. DCL RELAY IS CONTROLLED BY DCL CAM FOR HARMONIC MODEL. OR, BY DCL HALL-EFFECT SENSOR FOR LINEAR MODEL .

(SE

E N

OT

E 1)

8 AM

P.

SLO

W B

LOW

F

US

ES

CO

DE

DIS

T. N

AR

RO

W

DO

OR

WID

TH

LEA

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ING

R

EA

R D

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R =

8 1" F

OR

S/O

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R C

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RO

M D

CL

RE

-OP

EN

RE

LAY

MO

DE

N

AR

RO

WE

R D

OO

R D

OL

0: US

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H D

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AU

X

CLU

TC

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IST

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UN

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WH

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N

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S

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T

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FA

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V.

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FA

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FA

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T

EA

SY

SE

TU

P P

RO

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DU

RE

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(DO

WN

LOA

D) T

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HE

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ET

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P A

rrow, P

ress WR

ITE

.

INS

TR

UC

TIO

NS

FO

R T

HE

VF

E2500 P

AR

AM

ET

ER

UN

IT R

EA

D (C

OP

Y) F

RO

M T

HE

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: Press S

ET

, Press U

P A

rrow, P

ress RE

AD

.

6-CO

ND

UC

TO

R C

AB

LE F

OR

EN

CO

DE

R

C =

CLO

SE

O =

OP

EN

N =

NU

DG

ING

ED

GE

S T

IME

OU

T R

ELA

Y

FO

RM

ULA

SY

ST

EM

S

JAN

US

RE

SE

T

LEA

RN

DO

OR

WID

TH

FO

R H

AR

MO

NIC

MO

DE

L S

ET

UP

2500-1002

10-CO

ND

UC

TO

R R

IBB

ON

CA

BLE

CO

NN

EC

T T

O O

PT

ICA

L CA

M B

OA

RD

FO

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CT

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IGN

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(CN

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R

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AN

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CO

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R IS

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ND

ET

AC

HA

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RT

OF

TH

E

MO

TO

R, P

/N: 2500-2016-L/R

RE

LAY

CO

NT

AC

TS

A

RE

RA

TE

D @

10 AM

P. 250V

AC

WA

RN

ING

:

115 VA

C

LINE

GS

& G

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RE

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LY C

ON

VE

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NC

E T

ER

MIN

ALS

F

OR

US

ER

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Y H

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E N

O C

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NE

CT

ION

S

TO

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UIT

RY

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CO

DE

DIS

T. R

EG

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OR

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, OR

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R C

/P F

RO

M D

CL

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ER

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, INC

RE

AS

E T

HE

VA

LUE

.

ST

RA

IGH

T

CH

AN

GE

PA

RM

ET

ER

S: P

ress SE

T, E

nter Param

eter Num

ber, Press R

EA

D, E

nter N

ew V

alue, Press W

RIT

E.

LEA

RN

ING

DO

OR

WID

TH

: Set D

OL and D

CL properly. F

lip switch to S

ET

UP

. S

et Par. 63 =

1. Flip sw

itch back to RU

N. F

lip next switch to M

AN

. F

ollow prom

pts on LCD

Display.

CO

NN

EC

TIO

N M

ET

HO

DS

DE

LAY

TIM

E F

RO

M

TR

IGG

ER

ED

PO

INT

IS S

ET

BY

PA

R. 197

CO

NT

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LLER

'S R

ELA

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MU

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T

HE

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ME

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MM

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AN

D R

ELA

Y C

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VO

LTA

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ST

BE

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OM

24V - 230V

A

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R D

C.

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X. R

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US

E P

AR

. 68 TO

SE

T A

UX

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. S

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AL F

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. TR

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OR

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PA

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R P

NP

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IS

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N

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US

C

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D

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CO

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R

CA

RD

SE

T P

AR

. 63 =1 F

OR

D

OO

R W

IDT

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AR

NIN

G

VF

E2500

CLO

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D LO

OP

DR

IVE

2500-3050-1

10-CO

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UC

TO

R R

IBB

ON

CA

BLE

FO

R LIN

EA

R M

OD

EL

(OP

TIO

NA

L)

SE

T P

AR

. 204=0 IF

AU

X. C

ON

TA

CT

AN

D

RE

GU

LAR

DO

L AR

E

US

ED

AS

DO

L OF

TH

E

NA

RR

OW

ER

DO

OR

.

MOVFE2500 CLOSED LOOP DOOR OPERATOR CONNECTION DIAGRAM

DPM N.O. CONTACT MAKES 1/2 INCH BEFORE GATE SWITCH MAKES FOR FAULT MONITOR TO MEET ANSI A17.1 AND CAN/CSA-B44. DPM RELAY IS CONTROLLED BY DPM CAM OR DPM HALL EFFECT SENSOR.

AD

DIT

ION

AL I/O

BO

AR

D

2500-3055

TO

ELE

VA

TO

R C

ON

TR

OLLE

R

EC

I CE

RT

IFIE

D IN

FR

AR

ED

DE

TE

CT

OR

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GE

S

NO

TE

S: 1. H

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VY

LINE

S R

EP

RE

SE

NT

CO

NN

EC

TIO

NS

FR

OM

ELE

VA

TO

R C

ON

TR

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R

TO

DO

OR

OP

ER

AT

OR

PC

B.

2. MA

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SU

RE

TH

AT

EN

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IS IN

SE

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T A

S S

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GE

S T

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T R

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Y IS

TR

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BY

INF

RA

RE

D D

ET

EC

TO

R E

DG

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. S

ET

PA

R. 207 =

1 TO

DIS

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frankc

Typewritten Text

GAL CANADA

frankc

Stamp

frankc

Typewritten Text

frankc

Typewritten Text

6500 GOTTARDO CRT. MISSISSAUGA,ONTARIO L5T 2A2 CANADA TEL: (416)747-7967 FAX: (416)747-9035

frankc

Typewritten Text

frankc

Typewritten Text

frankc

Typewritten Text

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Typewritten Text

52

SUPPORTIVE GRAPHS

1. V/F CURVE FOR NORMAL DOOR

2. V/F CURVE FOR HEAVY DOOR

OU

TPU

T VO

LTAG

E (

V)

OUTPUT FREQUENCY (Hz)

V/F GRAPH FOR NORMAL DOOR

Par. 26 Vbase

Par. 90 (OPEN) Vmid

Par. 29 Fmin

Par. 91 (OPEN) Fmid

Par. 151 (CLOSE)

Par. 150 (CLOSE)

Par. 28 Vmin

Par. 89 (OPEN) Par. 140 (CLOSE)

Fbase Fmax Par. 27

OU

TPU

T VO

LTAG

E (

V)


V/F GRAPH FOR HEAVY DOOR

Par. 26 Vbase

Par. 104 (OPEN) Vmid

Par. 29 Fmin

Par. 105 (OPEN) Fmid

Par. 166 (CLOSE)

Par. 165 (CLOSE)

Par. 28 Vmin


Fbase Fmax Par. 27

53

3. V/F CURVE FOR NARROW DOOR

4. DC INJECTION

OU

TPU

T VO

LTAG

E (

V)


V/F GRAPH FOR NARROW DOOR

Par. 26 Vmax

Par. 118 (OPEN) Vmid

Par. 29 Fmin

Par. 119 (OPEN) Fmid

Par. 181 (CLOSE)

Par. 180 (CLOSE)

Par. 28 Vmin


Fbase Fmax Par. 27

OU

TPU

T F

REQ

UEN

CY

TIME

DC O

UTPU

T C

URREN

T

FREQUENCY DETECTION, DURATION, AND INTENSITY OF DC INJECTION

DC BRAKE FREQUENCY DETECTION Par. 121

DC BRAKE DURATION Par. 122

DC BRAKE INTENSITY Par. 78

RUN/STOP OFF ON

54

5. STALL REVERSE DETECTION

6. FREQUENCY FAILURE DETECTION

7. INFRARED DETECTOR EDGES DETECTION

OU

TPU

T

FR

EQ

UEN

CY

FREQUENCY FAILURE DETECTION

RE-OPEN RELAY

OFF OFF ON

FREQUENCY FAILURE DETECTION Par. 136

TIME

INFRARED DETECTOR EDGES DETECTION

LCSE FROM INFRARED DETECTOR EDGES

DEACTIVATE

ACTIVATE DEACTIVATE

RE-OPEN RELAY

OFF OFF ON

OU

TPU

T

CU

RR

EN

T

STALL REVERSE DETECTION

RE-OPEN RELAY

OFF OFF ON

STALL REVERSE DETECTION Par. 148

TIME

55

8. EDGES TIMEOUT RELAY AND BUZZER TIMING

9. EDGES TIMEOUT RELAY AND BUZZER MODES

EDGES TIMEOUT RELAY AND BUZZER


DEACTIVATE

ACTIVATE DEACTIVATE

EDGES TIMEOUT RELAY

OFF OFF ON

EDGES DELAY Par. 197

EDGES HOLD TIME Par. 206

BUZZER

OFF OFF ON

BUZZER DELAY Par. 198

EDGES TIMEOUT RELAY AND BUZZER MODE


DEACTIVATE

ACTIVATE DEACTIVATE

EDGES TIMEOUT RELAY WITH Par. 206 = 0

OFF OFF ON


BUZZER CONTINUOUS Par 205 = 1

OFF OFF ON

BUZZER DELAY Par. 198

BUZZER IS DISABLED Par 205 = 0

OFF

BUZZER PULSATING Par 205 = 2

OFF OFF

56

10. INTERACTION BETWEEN REOPEN RELAY AND EDGES TIMEOUT RELAY

REOPEN RELAY & EDGES TIMEOUT RELAY


DEACTIVATE

ACTIVATE DEACTIVATE

EDGES TIMEOUT RELAY

OFF OFF ON


EDGES HOLD TIME Par. 206

REOPEN RELAY WITH Par. 207 = 1

OFF OFF ON

57

FAULTS LIST

Fault Display

Meaning Reset Auto Reset

Record Drive

Response Reset Condition

Over‐current Over‐current Yes Yes Yes Coast to Stop Continuous current must be less than 50% of rated current for 5 seconds

Remedy

1. Check the wiring connections to U, V, W for possible short circuits. 2. Check the wiring connections between the AC motor drive and motor for possible short circuits, also to ground. 3. Check for loose contacts between AC motor drive and motor. 4. Increase the acceleration time. 5. Check for possible excessive loading conditions at the motor. 6. If there are still any abnormal conditions when operating the AC motor drive after a short‐circuit is removed and the other points above are checked, it should be sent back to manufacturer.

Fault Display


Record Drive


Over‐voltage Over‐voltage Yes Yes Yes Coast to Stop DC‐bus must be less than 385V for 230V Drive

Remedy

1. Check if the input voltage is over the rated voltage of the 2500‐3050 drive input voltage range. 2. Check for possible voltage transients. 3. DC‐bus over‐voltage may also be caused by motor regeneration. 4. Increase the deceleration time . 5. Check whether the required braking power is within the specified limits. 6. Check for proper earth ground wire.

Fault Display


Record Drive


Over heat Over heat Yes Yes Yes Coast to Stop Heatsink temperature must be less than 161°F (71.6°C)

Remedy 1. Ensure that the ambient temperature falls within the specified temperature range. 2. Remove any foreign objects from the heatsink and check for possible dirty heat sink fins.

Fault Display


Record Drive


Drive Overload

Drive Overload

Yes Yes Yes Coast to Stop Continuous current must be less than 50% of rated current for 5 seconds

Remedy 1. Check whether the motor is overloaded. 2. Reduce torque

Fault Display


Record Drive


Motor Overload

Motor Overload


Remedy 1. Reduce the motor load 2. Check, remove any foreign objects preventing the motor from moving. 3. Repair defective mechanical system.

58

FAULTS LIST (CONTINUED)

Fault Display


Record Drive


Hardware Failure

Hardware protection failure

No No Yes Coast to Stop

Remedy Return to ECI

Fault Display


Record Drive


OC at Accel

Over current during

Acceleration Yes Yes Yes Coast to Stop

Continuous current must be less than 50% of rated current for 5 seconds

Remedy 1. Short‐circuit at motor output: Check for possible poor insulation at the output lines. 2. Torque boost too high: Decrease the torque compensation setting in Pr.33. 3. Acceleration Time too short: Increase the Acceleration Time.

Fault Display


Record Drive


OC at Decel

Over current during

Deceleration Yes Yes Yes Coast to Stop

Continuous current must be less than 50% of rated current for 5 seconds

Remedy 1. Short‐circuit at motor output: Check for possible poor insulation at the output line. 2. Deceleration Time too short: Increase the Deceleration Time.

Fault Display


Record Drive


OC At Steady

Over current during

steady state operation


Remedy 1. Short‐circuit at motor output: Check for possible poor insulation at the output line. 2. Sudden increase in motor loading: Check for possible motor stall.

Fault Display


Record Drive


Ground Fault

Short to ground

No No Yes Coast to Stop Continuous current must be less than 50% of rated current for 5 seconds

Remedy

When one of the output terminals is grounded, short circuit current is more than 1.5A, the AC motor drive power module may be damaged. 1. Check whether the IGBT power module is damaged. 2. Check for possible poor insulation at the output line. NOTE! The short circuit protection is provided for AC motor drive protection, not for protection of the user.

59


Fault Display


Record Drive


EEPROM Read Fail

CPU Read Failure

Yes No Yes Coast to Stop Immediately

Remedy Return to factory

Fault Display


Record Drive


Parameter Chksum

CPU WRITE Failure


Remedy Return to factory

Fault Display


Record Drive


Comm Loss Comm. Time out

Yes No Yes

Disable Coast to Stop Ram to Stop Warning

Immediately

Remedy

1. Check the RS485 connection between the AC motor drive and RS485 master for loose wires and wiring to correct pins. 2. Check if the communication protocol, address, transmission speed, etc. are properly set. 3. Use the correct checksum calculation.

Fault Display


Record Drive


Autotune Failure

Auto‐learning Error


Remedy 1. Check the cable between drive and motor 2. Retry again

Fault Display


Record Drive


Encoder Loss

Encoder Loss Error

Yes Yes Yes

Coast to Stop Ramp to Stop Warning & Scan Speed

Detect the correct signals of the Encoder

Remedy Check the wiring of the encoder

60


Fault Display


Record Drive


Encoder Fbk Error

Encoder Direction Error

Yes Yes Yes

Coast to Stop Ramp to Stop Warning & Scan Speed

Movement direction is in agreement with the encoder direction defined by the drive.

Remedy 1. Check value of Par. 41. 2. Check if the wiring of the Encoder is correct.

Fault Display


Record Drive


AUX Sensor Fail

AUX Error Yes Yes Yes Warning & Scan Speed

Recover if the signal is detected appropriately

Remedy

1. Check the AUX sensor 2. Check the wirings of the AUX sensor. 3. Check the Magnet for the Linear model. 4. Check the Cam for the Harmonic model.

Fault Display


Record Drive


DPM Sensor Fail

DPM Error Yes Yes Yes Warning & Scan Speed


Remedy

1. Check the DPM sensor 2. Check the wirings of DPM sensor. 3. Check the Magnet for the Linear model. 4. Check the Cam for the Harmonic model.

Fault Display


Record Drive


DOL Sensor Fail

DOL Error Yes Yes Yes Warning & Scan Speed


Remedy

1. Check the DOL sensor 2. Check the wirings of the DOL sensor. 3. Check the Magnet for the Linear model. 4. Check the Cam for the Harmonic model.

Fault Display


Record Drive


DCL Sensor Fail

DCL Error Yes Yes Yes Warning & Scan Speed


Remedy

1. Check the DCL sensor 2. Check the wirings of the DCL sensor. 3. Check the Magnet for the Linear model. 4. Check the Cam for the Harmonic model.

61

FAULTS RESET HANDLING FLOWCHART

FAULT(S) OCCURED

NUMBER OF RETRIES FINISHED?

PAR. 221 = ↓ 0 ?

YesRECORD A FAULT

No

FAULT

CONDITION IS

REMOVED ?

Yes

No WAITING FOR FAULT CONDITION

TO BE REMOVED

PAR. 222 (NEW) = PAR. 222 (OLD) ‐ 1

FAULT RESET

NORMAL OPERATION

START RESET TIMER

RESET TIMER > PAR. 226

?

STOP THE DRIVE

Yes

No

PAR. 222 (NEW) = PAR. 222 (ORIGINAL)

WAITING TIME BEFORE RETRY PAR. 222

RESET SWITCH ON ?

IS

FAULT CONDITION REMOVED

?

Yes

Yes

GENERATE RESET SIGNAL

No

No

62

CLUTCH ENGAGED DISTANCE SETUP

To set the Clutch Engaged Distance (CED), flip the 1st switch to SETUP. Press the key. Physically move the door to the fully closed position. Record the count as Count1. Move the door in the Open direction until the mechanical clutch is fully engaged and the zone lock device is fully cleared. Record the count as Count2. Subtract Count1 from Count2. Set Par. 76 =1. Enter the difference, Count2 minus Count1, of the Count into Par. 83. Set Par. 76 = 0 so that Par. 83 can be displayed in percentage, instead of pulses. The clutch engaged distance setup will help smooth the open cycle and prevent fuses from blowing.

VOLTPULSE

CLUTCH REAR VANE BY 1/8" PAST1/2" APPROX.

BUMPER

BUMPERREMOVED

CAR DOORS 1/2" OPEN

HATCH DOOR

DOOR IS FULLY CLOSED AND CAR DOORSTHE ROLLER, AS SHOWN, WHEN HATCH

IS 1/2" FROM STRIKING POST.

1/8"

CAR DOOR

HATCH DOOR

ON THE ROLLER.THE CLUTCH REAR VANE IS 1/2"WITH DOORS FULLY ENGAGED

CAR DOOR

1/2"

RECORD AS COUNT 2 (COUNT 2 - COUNT 1 ) PAR. 83DCL

RECORD AS COUNT 1

SIDE OPENING DOOR

CAR DOOR

HATCH DOOR

CAR DOORS 1" OPEN

1/8"

DOOR IS FULLY CLOSED AND CAR DOORSTHE ROLLER, AS SHOWN, WHEN HATCH

IS 1/2" FROM STRIKING POST.

CLUTCH REAR VANE BY 1/8" PAST

CAR DOOR

DOORS FULLY ENGAGED

HATCH DOOR

1/2"

THE CLUTCH REAR VANE IS 1/2"WITH DOORS FULLY ENGAGED

ON THE ROLLER.1" APPROX.

RECORD AS COUNT 2

CENTER PARTING DOOR

RECORD AS COUNT 1

(COUNT 2 - COUNT 1 ) PAR. 83

DCL

DOORS FULLY ENGAGED

63

DOOR STALL FORCE MEASUREMENT

The most practical way to measure the approximate magnitude of the door stall force is to use a spring gauge as shown in the picture below. Stall force is the static force to prevent the door from further moving. Stop the door anywhere from one-third to two-thirds of the door travel. Press the spring gauge against the door, remove the stop. Hold the spring gauge until the door stands still, and take the reading. The stall force must be smaller than 30 lbs to comply with ASME, A17.1, Rule 112.4/5, and CSA/B44, Rule 2.13.4/5.

SPRING GAUGE

SIDE OPENING

DO

STALL FORCE 30 LBS. MAX

CENTER PARTING

DO

STALL FORCE 30 LBS. MAX

DO 3

DO6

DO6

64

CODE DISTANCE CLOSING TIME SETUP (ACTUAL VALUE)

To measure the Code Distance Closing Time, flip the 1st switch to SETUP. Press the key . Physically move the door to the fully closed position. Record the count as Count1. Move the door in the Open direction, away from DCL, 1 inch for Center Parting doors, 2 inches for a Side Opening door. Record the count as Count2. Subtract Count1 from Count2. Enter the difference, Count2 minus Count1, of the Count into Par. 69. Do the same procedure and enter the difference of the count into Par. 70 for the Narrower door, if used. The display of the Code Distance Closing Time is in the sub-item #10 under the key as described in the Parameter Unit section of this manual.

VOLT PULSE

VIEW

CENTER PARTING

CODE DISTANCE

1” 1”

DCL DOL

1”

RECORD AS COUNT1

RECORD AS COUNT2

FOR NORMAL/HEAVY DOOR (COUNT2 –COUNT1) PAR. 69

FOR NARROW DOOR (COUNT2 –COUNT1) PAR. 70

SIDE OPENING

CODE DISTANCE

2” 2”

DCL DOL

RECORD AS COUNT1

RECORD AS COUNT2

FOR NORMAL/HEAVY DOOR (COUNT2 –COUNT1) PAR. 69

FOR NARROW DOOR (COUNT2 –COUNT1) PAR. 70

65

NOTES:

MINIMUM CLOSING CODE TIME (ECI REFERENTIAL VALUE)

Minimum closing code times are obtainable from the LCD keypad by entering the followings:

DOOR TYPE SELECTION (HARMONIC, STRAIGHT LINEAR, OR GEARED LINEAR)

ENTER BY ECI DEFAULTS. PAR. 52 (READ ONLY)

0: HARMONIC, S/O 1: HARMONIC, C/P

2: LINEAR‐STRAIGHT, S/O 3: LINEAR‐STRAIGHT, C/P 4: LINEAR‐GEARED, S/O 5: LINEAR‐GEARED, C/P

ENTER DOOR WIDTH (INCHES) PAR. 49

ENTER DOOR(S) WEIGHT (LBS) PAR. 50

ENTER SINGLE‐SPEED OR TWO‐SPEED SELECTION

0: SINGLE SPEED 1: TWO SPEED

PAR. 51

ECI MINIMUM CLOSING CODE TIME TABLES

REFERENTIAL CLOSING CODE TIMES. 9. DISPLAY GROUP

D21: MINIMUM CLOSING CODE TIME D22: MINIMUM CLOSING CODE TIME

FOR NUDGING

66

CHECKING PROCEDURE FOR THE CLOSING CODE TIMES.

IT IS SAFE TO OPERATE THE NORMAL OR HEAVY DOOR OF THE VFE2500 DOOR

OPERATOR WITH THE CURRENT REGULAR SPPED

IT IS SAFE TO OPERATE THE NORMAL OR HEAVY DOOR OF THE VFE2500 DOOR

OPERATOR WITH THE CURRENT NUDGING SPPED

NARROWER DOOR (NORMAL/HEAVY)

DOOR

D22 < CD NUDGING TIME IN LCD DISPLAY ITEM #10

?

NO

YES

REGULAR CLOSING OR

NUDGING SPEED ?

REGULAR SPEED

NUDGING SPEED

D21 < CD CLOSING TIME IN LCD DISPLAY ITEM #10

?

NO

YES

DECREASE (NARROWER HSC) PAR. 171 AND

CHECK AGAIN

DECREASE (NARROWER NUDG.) PAR. 174 AND

CHECK AGAIN

REGULAR CLOSING OR

NUDGING SPEED ?

REGULAR SPEED

NUDGING SPEED

DECREASE (HSC) PAR. 141 AND

CHECK AGAIN

DECREASE (HEAVY HSC) PAR. 156 AND

CHECK AGAIN

HEAVIER DOOR OR

NORMAL DOOR ?

NORMAL DOOR

HEAVIER DOOR

DECREASE (NUDG. SPEED) PAR. 144 AND

CHECK AGAIN

DECREASE (HEAVY NUDG.) PAR. 159 AND

CHECK AGAIN

HEAVIER DOOR OR

NORMAL DOOR ?

NORMAL DOOR

HEAVIER DOOR

D22 < CD NUDGING TIME IN LCD DISPLAY ITEM #10

?

NO

YES

D21 < CD CLOSING TIME IN LCD DISPLAY ITEM #10

?

NO

YES

IT IS SAFE TO OPERATE THE VFE2500 DOOR OPERATOR

(NORMAL/HEAVY) OR

NARROWER DOOR ?

IT IS SAFE TO OPERATE THE NARROWER DOOR OF THE VFE2500 DOOR OPERATOR

WITH THE CURRENT NUDGING SPPED

IT IS SAFE TO OPERATE THE NARROWER DOOR OF THE VFE2500 DOOR OPERATOR

WITH THE CURRENT REGULAR SPPED

INTE

Unde

The R

1st. O

2nd. O

3rd. O

Over custo Edge less w reop

ECI C VFE2 Infra users relat How

RFACING BET

erstanding th

RE‐OPEN rela

Over Torque ‐

Over Speed ‐

Obstruction o

r Torque and omers connec es to their ow wiring, fewer en the door a

Certified Infra 2500, and wo red Detector s have to orde ed instruction

to interface

1. Ins The R on th pre‐i Infra

TWEEN ECI CE

he RE‐OPEN r

y can be activ

‐ Controlled b

Controlled by

of the Infrared

Over Speed D ct the Infrare n power supp components as a safety red

red Detector ork with the 2 Edges via EC er the enable ns.

between the

sert the Enab RED mark mu he left as show installed whe red Detector

ERTIFIED INF

elay:

vated by any

by Par. 148

y Par. 136

d Detector Ed

Detections are d Detector Ed plies. By doin s to fail, and m dundancy.

Edges will alw 24VDC power I. Different in e chip, matchi

e Infrared Det

ble Chip into t ust be positio wn. This Enab n buying ECI r Edges.

RARED LIGHT

of the follow

dges ‐ Contro

e the standar dges directly g this, custom most importa

ways come w supply. To en

nfrared detect ing connecto

tector Edges

the Socket U5 ned in the Pin ble IC will be Certified

T CURTAIN AN

wing detection

lled by Par. 2

rd features of to the VFE25 mers eliminat ntly in case o

with the matc nsure a seam tor edges ma rs CN5 & CN5

and VFE2500

5. n 1

2. Rea detect NPN o the inf error m Assum trial. Se Par. 20

3. Con to c CN4

4. Mak RE‐O

ND VFE2500

ns:

02, SW8 and

f the VFE2500 00, instead o e an extra po of the Edges fa

hing connect less interface ay also be con 5, and check w

0:

ad the label o or edges to r PNP. Set th fo of NPN or P method.

e that the o et Par. 202 =1 02 = 0 to disab

nect the ECI C connectors CN 4 and CN5 are

ke sure the RE OPEN contact

(OPTIONAL)

Enable Chip

0. Therefore, f connecting ower supply, r ailure, the Ov

ors CN4 & CN e, customers nnected to the with ECI for th

on the packag find out the he selector sw PNP is unavai

utput of the 1 for NPN, Se ble or not use

Certified Infra N4 and/or CN e interchange

E‐OPEN circui s.

U5.

ECI recomme the Infrared resulting in le ver Torque de

N5 to fit the need to orde e VFE2500. H he availability

ging or the m e output type witch SW8 a lable, then u

edges is NP et Par. 202 = 2 ed.

ared Detector N5. Note! Co eable.

it is connecte

67

ends that Detector ess mounting, etection will

r the However, y of the

manual of the e. It is either ccordingly. If use a trial and

PN for the 1st

2 for PNP. Set

r Edges onnectors

ed to the

7

,

e r f d

t

t

frankc

Typewritten Text

Test the Infrared Detector Edges:

‐ Obstruct the Infrared Detector Edges. The DETECTOR EDGES LED should be ON. ‐ The RE‐OPEN relay should be activated to send the RE‐OPEN signal to the elevator controller. ‐ The elevator controller will send the Door Open command signal back to the VFE‐ 2500 to OPEN the door. The LED of the Open Input module should be ON.

If the Infrared Detector Edges function does not work:

- Check the table below for correct connections between edges and the VFE2500.

ECI CERTIFIED INFRARED DETECTOR EDGES WIRE COLORS

ECI P/N

MFG.

TX (CN5) RX (CN4)

CONNECTION BETWEEN TX

& RX

V+ LCSE 0V V+ LCSE 0V 906‐3013 JANUS RED BLUE ORG (♦) ORG (♦) WHT ‐ WHT 906‐3020 TRITRONICS RED WHT ORG NONE

906‐3030 FORMULA SYSTEMS

BLU 1

BRN 1

GRN YEL

BLU 1

BRN 1

GRN YEL

NONE

906‐3030

FORMULA SYSTEMS SECOND VERSION

BROWN

GREEN YELLOW

BLUE

BROWN

GREEN

YELLOW

BLUE

NONE

(♦) : Connect an additional wire from 0V to a true EARTH GROUND.

‐ Check for 24VDC between 0V and +V on either CN4 & CN5. ‐ Test the Infrared Detector Edges again

If it still does not work. Then,

‐ Jump 0V to LCSE on either CN4 or CN5 connector for NPN type. ‐ Jump +V to LCSE on either CN4 or CN5 connector for PNP type ‐ The DETECTOR EDGES LED should be ON. ‐ The RE‐OPEN Relay should be activated.

If the above tests work as described, turning ON the detector edges LED, then the problem is in the Infrared Detector Edges. Otherwise, the problem is in the VFE2500.

If the Infrared Detector Edges have intermittent problems:

‐ Check continuity of the TX and RX cables of the detector edges.

‐ If the cables are good, but the problem still exists, then check the Earth Ground connection to the edges. ‐ Lower the Carrier Frequency in Par. 1 gradually until problems are resolved. Note! The lower carrier frequency will create more audible noise from the motor.

68

johns

Cross-Out

Infra

red Detector

r Edges conneection

INFRARED DETECTOR EDGES

RETo E

E‐OPEN Signalevator Contr

Elesign

al roller

vator Contronal to the VFE

InREO

ller sends DoE2500 to RE‐O

nfrared EdgesOPEN relay IN

or Open comOPEN the doo

69

trigger NSTANTLY

mmand or.

9

70

INFRARED DETECTOR EDGES APPLICATION FLOWCHART

PAR. 202 = 0 FOR NO EDGES

PAR. 202 = 1 FOR NPN

NO EDGES

INFRARED EDGES WITH NPN OUTPUT TYPE

INFRARED EDGES

SOFTWARE SELECTION

PAR. 202 = 2 FOR PNP

INFRARED EDGES WITH PNP OUTPUT TYPE

INFRARED EDGES HARDWARE SELECTION:

IF THE INFO OF THE OUTPUT TYPE, NPN OR PNP, OF THE INFRARED EDEGS IS UNOBTAINABLE,

SET SW8 TO EITHER NPN OR PNP. OTHERWISE SET THE SW8 APPROPRIATELY.

OBSTRUCT THE EDGES

Yes

No

MAKING SURE THAT PAR. 197 & PAR. 206 HAVE NON‐ZERO VALUES. PAR. 207 = 0 FOR THE FOLLOWING PROCEDURE.

RE‐OPEN LED ON ?

SWITCH SW8 TO PNP POSITION

OBSTRUCT THE EDGES

RE‐OPEN

LED ON ?

Yes

No

SWITCH SW8 TO NPN POSITION

THE INFRARED EDGES ARE WORKING

A B

NOTE! IF LOOP A OR B IS REPEATED THREE TIMES BUT THE RE‐OPEN LED IS NOT TURNED ON WHEN THE EDGES ARE OBSTRUCTED.

THEN PROBLEM COULD BE EITHER THE DETECTOR EDGES OR THE DRIVE.

HEAV

In theotheit ma The Hwith In orHEAVvoltaless. will li

See tFor t

VY DOOR APP

e same elevar. As a result,ay be a code v

HEAVY input oa different se

der to gain thVY input is aages; from 24The LED of thight up to ind

the parametehe heavier do

PLICATION (O

tor, the door, the settings violation issue

of the VFE‐25et of paramet

he access to ta universal in4 ‐ 230V AC ohe input moddicate that the

ers list for mooor, the relat

OPTIONAL)

operator maof Torque ane due to the c

500 will resolvters for the h

the HEAVY senput module or DC. The jumdule draws cue elevator co

re details. ed paramete

ay operate twnd Speed of oconstraint of

ve this issue. eavier door.

t of parametewhich accep

mper of the iurrent from thntroller has s

rs are: Par. 9

wo different hne door may Kinetic energ

When the HE

ers, users neepts the contrnput card muhe elevator cosent the HEAV

92‐105, and P

oist‐way doonot be applicgy and the To

EAVY input is

ed to order arol signal eitust be removontroller, notVY command.

ar. 152‐163.

LED on tInput

rs with one dcable for the orque allowan

activated, th

n Additional Ither in the foved if the inpt from the VF.

the HEAVY Module

door heavier tother. More ince.

e VFE2500 w

I/O board, 25orm of contaput signal voltFE2500. There

Input SignHEAVIER

14‐condribbon caconnectothe main2500‐3

71

than the importantly,

will operate

500‐3055. Theacts or signatage is 60V oefore, the LED

nal for R door

uctor able to r J7 on n drive 3050

1

e al r D

NARR

In theotheapplithe T The Noper In orThe Nvoltaless. LED o

The NDOL will aoutpregul

See tFor t

E

ROWER DOO

e same elevar. As a result,icable for theTorque allowa

NARROW inpate with a dif

der to gain thNARROW inpages; from 24The LED of tof the NARRO

NARROW dooposition of talso memorizut of the DOLlar DOL relay

the parametehe narrower

NARROWER output sign

Elevator ContSet Par. 199

If used.

OR APPLICATI

tor, the door, the settings other. More ance.

ut of the VFEfferent set of

he access to tput is a univer4 ‐ 230V AC othe input moOW input mod

or function cahe narrower ze the positioL for the narrcontacts (Pa

ers list for modoor, the rela

door al to troller. 9= 0

ON (OPTIONA

operator maof Torque, Spimportantly,

‐2500 will resparameters f

the NARROWrsal input mor DC. The jumdule draws cdule will light

an only be usdoor. After ton of the AUrower door car. 204 = 0).

re details. ated paramet

LED IndAUX/NARR

AL)

ay operate twpeed, and the it may be a c

solve this issufor the narrow

W set of paramodule which amper of the incurrent fromt up to indicat

sed when Parthe completioUX/NARROWEan be either t

ters are: Par.

dicator for ROWER Relay

wo different he Mechanical code violation

ue. When thewer door.

meters, usersaccepts the conput card mu the elevatorte that the ele

r. 199 = 0, anon of the dooER sensor, wthe AUX or re

. 106‐117, Pa

LE

y

oist‐way dooDoor Open Ln issue due to

NARROW inp

s need to ordontrol signalust be removr controller, nevator contro

d the AUX/NAor width learhich is the Degular DOL re

r. 167‐178, an

ED on the NARInput Modu

BuzzeVolume Co

rs with one dLimit (DOL) ofo the constrai

put is activate

er an Additioeither in the ved if the inpunot from the oller has sent

ARROWER serning of the rDOL of the naelay contacts

nd Par. 199.

RROW ule

er ontrol

door narrowef one door maint of Kinetic

ed, the VFE‐2

onal I/O boardform of contut signal voltVFE‐2500. T the NARROW

ensor is set pregular door, arrower door(Par. 204 = 1

Input SigNARROWE

14‐condribbon caconnectothe main2500‐3

72

r than the ay not be energy and

2500 will

d, 2500‐3055tacts or signatage is 60V oherefore, thiW command.

roperly at thethe firmwarer. The actua1), or only the

nal for ER door

uctor able to r J7 on n drive 3050

2

5. al r s

e e al e

73

NARROWER DOOR APPLICATION FLOWCHART (OPTIONAL)

Yes (PAR. 199 = 0)

No (PAR. 199 = 1)

DETECT AUX SENSOR DO NOT DETECT AUX SENSOR

DOES AUX SENSOR

FAIL?

Yes

No

AUX (OUT) = AUX (IN) AUX (OUT) = PAR. 65

AUX (IN) ? Yes

No

AUX (OUT) = 1

DOOR COUNT > PAR. 65 ?

Yes

No

Yes

PAR. 204 = 0 ?

Yes (USE BOTH AUX AND DOL RELAYS)

NARROW DOOR INPUT

?

DOL = 1

Yes

DOL = 0 No (USE ONLY AUX RELAY)

No

RETURN TO MAIN

DOL FOR NARROWER DOOR SELECTION

USE NARROWER

DOOR ?

NUDFor tDeteby PaNOTE

EDfoofDeSe

GING APPLIChe NUDGINGctor Edges war. 198. The ilE: NUDGING

DGES TIMEOUr an interval f the obstruetector Edgeset Par. 206 =

CATION (OPTIG application, will trigger thellustration befeature is su

UT relay once of time set bction condits. 0 to Disable t

IONAL) users need toe EDGES TIMEelow shows thbject to the F

activated wiby Par. 206 retion of the

the Holding T

EDGES TIMoutput sig

Elevator Confor NUDGApplicat

INFRARED DETECTOR EDGES

o order an AdE OUT relay ahe mechanismFire Service C

ll remainegardlessInfrared

Time

EDGES T

MEOUT nal to ntroller GING tion

dditional boarfter a DELAY m of the EDGECodes.

Infrared EdgeTIMEOUT rela

set by Pa

rd, 2500‐3055set by Par. 19ES TIME OUT

es trigger ay after a DELr. 197

LED indEDGES TIM

5. The obstru97, and the Brelay and the

IBLAY

icator of MEOUT relay

ction of the IUZZER after ae BUZZER.

Infrared EdREOPEN rela

Infrared EdgeBUZZER after

set by Par

74

nfrared a DELAY set

dges trigger y INSTANTLY

es trigger a DELAY r. 198

4

75

NUDGING APPLICATION FLOWCHART

Note! Nudging application is subject to the Fire Service Codes, if applicable.

INFRARED DETECTOR EDGES ARE OBSTRUCTED

DCL IS REACHED

?

DOOR OPEN INPUT

?

No

Yes

Yes

No

Yes EDGES TIMEOUT OUTPUT

ON ?

No

TURN ON DETECTOR EDGES LED

TURN ON RE‐OPEN OUTPUT (RELAY)

PAR. 207 = 1 ?

No

Yes

TURN OFF DETECTOR EDGES LED

TURN OFF RE‐OPEN OUTPUT (RELAY)

EDGES TIME OUT DELAY TIMER (PAR. 197)

EXPIRED?

Yes

TURN ON EDGES TIMEOUT OUTPUT (RELAY) & LED

INFRARED DETECTOR EDGES ARE

UNOBSTRUCTED ?

Yes

No

SETTING OF

EDGES TIMEOUT HOLD TIMER PAR. 206 = 0

?

Yes

TURN OFF EDGES TIMEOUT OUTPUT (RELAY) & LED

No

TIMER (PAR. 206) EXPIRED

?

Yes

BUZZER DELAY TIMER (PAR. 198)

EXPIRED?

Yes

DISABLE BUZZERNO SOUND

BUZZER

SOUND STYLE SELECTION PAR. 205

PAR. 205 = 2 PAR. 205 = 1

PAR. 205 = 0

TURN ON BUZZER WITH

CONTINUOUS SOUND

TURN ON BUZZER WITH

PULSATING SOUND

INFRARED

DETECTOR EDGES ARE UNOBSTRUCTED

?

No

TURN OFF BUZZER

Yes

No No

RETURN TO MAIN

SERIA

CANcontTo sFlip Set Set RetuTo APar. Follo The Arbithe Exam The RS-4for t Otherequmor

AL COMMUN

N Bus is curtroller and setup CAN the 1st swiPar. 11 = Par. 246 =urn to AutoAUTO. The 247. The

owing is th

mapping tration FieControl Fie

mples: DLC

RJ-11 jack485 serial this port.

er communuesting parre details o

NICATION

rrently use the VFE25bus commitch to SET5 to use th

= 7 for Fronomatic Ope Baudrate, default val

e CAN fram

below shoeld and “D”eld.

= 8

k for the painterfacing

nication prrty must b

on CAN and

R

T

ed to comm500. unication,

TUP. he CAN busnt Door. Seeration by f max. 1Mblue for Par

me:

ows CAN f” represent

arameter ug. Modbus p

rotocols aree made pr

d other pro

》 I31‐28 I27‐2

D3H D3L

《 I31‐28 I27‐2

D3H D3L

municate be

s. Otherwiset Par. 246flipping theit, for CAN. 247 is 11

frame on tts for Data

unit can alsprotocol is

e availablerior to the tocols.

24 I23‐20 I19‐16 I15‐12

L D4H D4L

24 I23‐20 I19‐16 I15‐12

L D4H D4L

etween the

se, set Par6 = 8 for Ree AUTO/MA bus can b5.2kbps.

the Keypaa Field. Th

DLC=5

so be used currently a

e upon requimplement

I11‐8 I7‐4 I3‐0

D5H D5L D6H

I11‐8 I7‐4 I3‐0

D5H D5L D6H

e elevator

. 11 = 1. ear Door.

AN switch be set by

d LCD dise DLC , Da

for available

uest. An atation of co

： D1H D

D6L D7H D

： D1H D

D6L D7H D

splay wherata Length

greement ommunicat

D1L D2H D2L

D7L D8H D8L

D1L D2H D2L

D7L D8H D8L

re, “I” reph Code, is

between Etion. Cont

76

resents fodecided by

ECI and thetact ECI fo

6

r y

e r

PARTThe fNote

Descri

PCB, Vdrive - 230VAC

PCB, Slinear

PCB, O

TS LIST following parte: ECI reserves

iption

VFE2500 close

Signal transfemodel

Optical cam b

ts can be purs the right to

e‐looped

r board for

oard

chased from replace any i

Picture

ECI. items in this list at any timme without nootice.

ECI Part No.

2500‐3050

2500‐1002

2500‐3056

77

Remarks

7

PCB, Vdrive - 115VAC

VFE2500 closee‐looped 2500‐3050-1

johns

Line

johns

Line

johns

Line

johns

Line

johns

Line

johns

Line

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Placed Image

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Typewritten Text

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Typewritten Text

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Typewritten Text

PCB, A

Conne(Green

Conneand ou

Connde

Connefor t

Connefo

Additional I/O

ector, Power cn color)

ector, 16‐posiutputs conne

nector, 3‐posietector edges

ector, 3‐positthe hall‐effect

ector, 9‐positor output signadditional I/

O board

connector

ition inputs ctor

ition infraredconnector

ion connectot sensor PCB

ion connectonals of the /O PCB

or

or

2500‐3055

2500‐3082

2500‐3081

2500‐3080

2500‐3079

2500‐3078

78

CN1

CN4 , CN5

8

Connheav

IC, Ena

Relay,10Am

Moduencod

Modubus m

Modu

Encod

ector, 3‐pos cvy and narrow

able IC

24VDC coil vp, 250VAC re

le, Galvanic isder module

le, Galvanic Isodule

le, Universal

der for ½ HP A

connector forw door input

voltage, elay

solation

solation can

input module

AC motor

r

e

2500‐3077

2500‐3076

2500‐2011

2500‐1003

2500‐1005

2500‐3061

2500‐2020

79

U5

9

Edges,edges

Edges,detect

Edges

, Janus infrare

, Tritronics intor edges

, Formula Sysdetector e

ed detector

frared

stems infrareedges

d

906‐3013

906‐3020

906‐3030

80

0

Cable,the ad

Cablth

Cable

C

Fuse, 4

MotorInduct

, 14‐pin ribbodditional I/O b

e, 10‐pin ribbhe signal trans

e, 7 ft Cable foUnit

Cable, 7 ½ in Parameter

4‐Amp Slow B

r, 3‐Phase 230tion Motor

on cable for board

bon cable for sfer board

or Parameter

Cable for r Unit

Blow fuse

0VAC 1/3HP

r

2500‐3073-1

2500‐3073-1

2500‐2026

2500‐2026‐1

2500‐3070

2500‐2014

81

1

1

MotorGeare

MotorGeare

Transf

Cam, P

Param

Stall Ffor sta

r, 91W 3‐phased Motor – Le

r, 91W 3‐phased Motor – Rig

former, 500V

Plastic Cam

meter Unit

orce Gauge, Sall force meas

se 230VAC eft hand

se 230VAC ght hand

VA 110/220

Spring gauge surement

2500‐2016‐L

2500‐2016‐R

2500‐2017

2500‐1010

2500‐3051

2500‐3068

82

L

R

2

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Placed Image

johns

Placed Image

ManuVFE25

Quick

Bracke

al, Hard copy500 electrical

setup brochu

et, Hall‐effect

y of the manual

ure

t sensor

2500‐3069

2500‐3066

2500‐5019

83

3

Cover,VFE25

, Plastic cove500 drive

r for the

2500‐3052

84

4

Cover,VFE25

, Plastic cove500 drive

r for the

2500‐3052-1

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Placed Image

85

NOTES:

Copyright © 2012 ECI Inc. All rights reserved.

No part of this document may be reproduced in any form, machine or natural without the express written consent of ECI Inc.

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1 FRONT COVER 1 · board will be connected to the connector J7 of the main board 2500-3050. The...

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