11 Appendices

8/10/2019 11 Appendices

1/94

Appendices

29Banner Engineering Corp. Minneapolis, MN U.S.A. bannerengineering.com Tel: 763.544.3164

Appendix A: Optical Safety Systems A1: PICO-GUARD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 298A2: EZ-SCREEN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 303A3: MICRO-SCREEN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 306A4: MINI-SCREEN. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 326A5: MACHINE- & PERIMETER-GUARD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342

Appendix B: Safety ModulesB1: Two-Hand-Control Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 346B2: Emergency Stop Safety Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 357B3: Safety Gate Monitoring Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 368B4: Safety Mat Monitoring Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 374B5: Extension & Interface Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 376B6: Muting Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 382

Appendix C: Safety Interlock SwitchesC1: Safety Interlock Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 388

Appendix D: Safety Stop DevicesD1: Emergency Stop Rope Pull Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 389


2/94

Appendix A1: Optical Safety Systems

298 Banner Engineering Corp. Minneapolis, MN U.S.A. bannerengineering.com Tel: 763.544.3164

PICO-GUARD Fiber Optic Safety Systems

Appendices

Appendix A1: Optical Safety Systems PICO-GUARD Fiber Optic Safety Systems

PLEASE READ:Information pertaining to all PICO-GUARD Hookup DrawingsUSSI Device ConnectionsThe PICO-GUARD controller provides two Universal Safety StopInterface (USSI) inputs. Each two-channel input is designed tomonitor stop signals from various types of stop controls ordevices, including:

E-stop switches

Rope pull switches

Mechanical safety interlock switches

Safety outputs from safety light screens (contacts or Bannerhandshake-compatible solid-state safety outputs)

Safety outputs from safety modules (contacts or Bannerhandshake-compatible solid-state safety outputs)

Safety outputs from other PICO-GUARD controllers (Bannerhandshake-compatible solid-state safety outputs)

OSSD Output ConnectionsBoth Output Signal Switching Device (OSSD) outputs must beconnected to the machine control so that the machines safety-related control system interrupts the circuit or power to theMachine Primary Control Element(s) (MPCE), resulting in a non-hazardous condition.

Final Switching Devices (FSDs) typically accomplish this when theOSSDs go to an OFF state.

WARNING . . . Interfacing of Both OSSDsBoth of the OSSD (Output Signal SwitchingDevice) outputs must be connected to themachine control so that the machines safety-

related control system interrupts the circuit to the machine primarycontrol element(s), resulting in a non-hazardous condition.

Never wire any intermediate device(s) in such a manner thatthe safety function can be suspended, overridden, or defeated,unless accomplished in a manner at the same or greaterdegree of safety.

WARNING . . . OSSD Interfacing

To ensure proper operation, the PICO-GUARDOSSD output parameters and machine inputparameters must be considered when

interfacing the PICO-GUARD solid-state OSSD outputs tomachine inputs.

Machine control circuitry must be designed so that themaximum load resistance value is not exceeded and so thatthe maximum specified OSSD OFF-state voltage does notresult in an ON condition.

Failure to properly interface the OSSD outputs to the guardedmachine could result in serious bodily injury or death.

!

!

WARNINGArc SuppressorsNever install arc suppressors directly across

the output contacts of any safeguardingdevice. If arc suppressors are used, they must

be installed across the load. It is possible for the suppressorsto fail as a short circuit.

!

WARNING Installing Multiple USSIDevicesWhenever two or more USSI devices (contactoutput) are connected to the same USSI input,contacts of each output channel must be

connected together in series. This series combination is then wired

to the respective USSI input (i.e., a to b, and c to d). See the PICO-GUARD Application and Design Guide for further information.

Never connect the contacts of multiple USSI devices inparallel to the PICO-GUARD USSI inputs.Parallel connectionof two or more contacts to one USSI input defeats the switchcontact monitoring ability of the PICO-GUARD controller andcreates an unsafe condition, which could result in seriousinjury or death.

When two or more USSI devices are used, each device mustbe individually actuated (engaged), then-armed. Also if usingUSSI 1 input, the PICO-GUARD controller must be reset. Thisallows the monitoring circuits to check each switch and itswiring to detect faults.

Failure to test each switch individually in this manner couldresult in undetected faults and create an unsafe condition,which could result in serious injury or death.

!

WARNING USSI Device Response TimeAffects Separation DistanceThe USSI response time must be included in theseparation distance calculation of the USSIdevice being installed.

Failure to properly determine the separation distance couldresult in serious bodiy injury or death.

!


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PICO-GUARD Fiber Optic Safety Systems

FSD Interfacing ConnectionsFinal Switching Devices (FSDs) can take many forms, though themost common are captive contact, forced-guided relays orinterface modules. The mechanical linkage between the contactsallows the device to be monitored by the external devicemonitoring (EDM) circuit for certain failures.

Depending on the application, the use of FSDs can facilitatecontrolling voltage and current that differs from the OSSD outputsof the PICO-GUARD. FSDs can also be used to control anadditional number of hazards by creating multiple safety stopcircuits.

Safety Stop CircuitsA safety stop allows for an orderly cessation of motion forsafeguarding purposes, which results in a stopping of motion andremoval of power from the MPCEs (assuming this does not createadditional hazards). A safety stop circuit typically comprises aminimum of two normally open (N.O.) contacts from captive-contact, forced-guided relays, which are monitored (through EDM)to detect certain failures in order to prevent the loss of the safetyfunction. Such a circuit can be described as a safe switchingpoint. Typically, safety stop circuits are either 1-channel (singlechannel), which is a series connection of at least two N.O.contacts; or 2-channel (dual channel), which is a separateconnection of two N.O. contacts. In either method, the safetyfunction relies on the use of redundant contacts to control a singlehazard (if one contact fails ON, the second contact will arrest thehazard and prevent the next cycle from occurring).

The interfacing of the safety stop circuits must be accomplished sothat the safety function can not be suspended, overridden, ordefeated, unless accomplished in a manner at the same or greaterdegree of safety as the machines safety related control system thatincludes the PICO-GUARD.

The normally open safety outputs from an interface moduleprovide a series connection of redundant contacts that form safetystop circuits for use in either 1-channel or 2-channel control.

2-Channel (Dual-Channel) ControlTwo-channel control provides the ability to electrically extend thesafe switching point beyond the FSD contacts. With propermonitoring (i.e., EDM), this method of interfacing is capable ofdetecting certain failures in the control wiring between the safetystop circuit and the MPCEs. These failures include a short-circuit ofone channel to a secondary source of energy or voltage, or theloss of the switching ability of one of the FSD outputs. Suchfailures could lead to the loss of redundancy or to a completeloss of safety, if not detected and corrected.

The possibility of a failure to the wiring increases as the physicaldistance between the FSD safety stop circuits and the MPCEsincrease, as the length or the routing of the interconnecting wiresincreases, or if the FSD safety stop circuits and the MPCEs arelocated in different enclosures. For this reason, 2-channel controlwith EDM monitoring should be used in any installation where theFSDs are located remotely from the MPCEs.

1-Channel (Single-Channel) ControlOne-channel control, as mentioned, uses a series connection ofFSD contacts to form a safe switching point. After this point in thmachines safety-related control system, failures can occur thatwould result in the loss of the safety function (such as a short-circuit to a secondary source of energy or voltage).

For this reason, 1-channel control interfacing should be used onlyin installations where FSD safety stop circuits and the MPCEs aremounted within the same control panel, adjacent to each other, anare directly connected to each other; or where the possibility ofsuch a failure can be excluded. If this can not be achieved, then 2channel control should be used.

Methods to exclude the possibility of these failures include, but anot limited to:

Physically separating interconnecting control wires from eachother and from secondary sources of power.

Routing interconnecting control wires in separate conduit, runs,or channels.

Locating all elements (modules, switches, and devices undercontrol) within one control panel, adjacent to each other, anddirectly connected with short wires.

Properly installing multi-conductor cabling and multiple wiresthrough strain-relief fittings. (Over-tightening of a strain-relief ccause short-circuits at that point.)

Using positive-opening or direct-drive components, installed anmounted in a positive mode.

External Device MonitoringIt is strongly recommended that one normally closed, forced-guided monitoring contact of each MPCE (or FSD) be connected EDM inputs. If this is done, proper operation of the MPCEs will bverified. Monitoring MPCE contacts is one method of maintainincontrol reliability.

CAUTION . . .EDM MonitoringIf the system is configured for No Monitoring,it is the users responsibility to ensure thatthis does not create a hazardous situation.

!

NOTE: EDM AND CONTROL RELIABILITY

In the U.S., Control Reliability requires that a single failuredoes not prevent a normal stop from occurring, or issues animmediate stop command, and the next cycle is preventedfrom occurring until the fault is corrected.

A common method of satisfying these requirements is throughthe use of 2-channel control with monitoring, where a normallyclosed, forced-guided contact of each MPCE (or FSD) is wiredto the EDM inputs.


4/94



PICO-GUARD Machine Interface Hookups

Appendices

S1

S2

Y1

Y2

Y3

Y4

14

24

34

13

23

33

S4

S3

IM-T-9A

K2 K1

MPCE2

Feedback (optional)

MachineControl

Load

Load

Load

Aux

Weak

Fault

MPCE1

S a

f e t y

D e v i c e

S o

l i d

- S t a t e

O u t p u t s

S a

f e t y

D e v i c e

C o n t a c t

O u t p u t s

+24V dc 0V dc

0V dc+24V dc

EDM2a

EDM2b

EDM1a

EDM1b

OSSD1

OSSD2

PICO-GUARDController

+

+

System Reset

USSl 1 Reset

21 20

25

26

27

12

13

14

15

18

17

23

1

RS-232Diagnostics

Tx-Tx+

a

c

d

b

a

c

d

b

USSl 1Input

USSl 2Input

31

30

29

28

10

8

5

4

2

3

R e m

o t e

I n t e r f a

c e

+V

OVdc

+

+

7

9

+V OV

Generic Machine Interface Diagram for PICO-GUARD Control1-Channel EDM and One PICO-GUARD System


5/94




S1

S2

Y1

Y2

Y3

Y4

14

24

34

13

23

33

S4

S3

IM-T-9A

K2 K1

MPCE2

Feedback (optional)

MPCE1

Machine

Control

Load

Load

Load

Aux

Weak

Fault

S a f e t y

D e v

i c e

S o

l i d

- S t a t e

O u t p u t s

+V OV

+24V dc 0V dc

0V dc+24V dc

EDM2a

EDM2b

EDM1a

EDM1b

OSSD1

OSSD2


+

+

System Reset

USSl 1 Reset

(2)

21 20

25

26

27

12

13

14

15

18

17

23

1

RS-232Diagnostics

Tx-Tx+

a

c

d

b

a

cd

b

USSl 1Input

USSl 2Input

31

30

29

28

10

8

5

4

2

3

R e m

o t e

I n t e r f a

c e

+V

OVdc

S a f e t y

D e v

i c e

C o n t a c t

O u t p u t s

+

+9

7

Generic Machine Interface Diagram for PICO-GUARD Contr2-Channel EDM and One PICO-GUARD System


6/94




Appendices

S a

f e t y

D e v i c e

C o n t a c t

O u t p u t s

0V dc+24V dc

EDM2a

EDM2b

EDM1a

EDM1b

OSSD1

OSSD2


+

+

Tx-Tx+

System Reset

USSl 1 Reset

a

c

d

b

a

c

d

b

USSl 1Input

USSl 2Input

21 20

25

26

27

12

13

14

15

18

17

31

30

29

28

10

9

8

7

5

4

23

1

2

3

RS-232Diagnostics

R e m

o t e

I n t e r f a

c e

Load

Load

Load

+V

OVdc

Aux

Weak

Fault

FSD 2

FSD 1

+24V dc 0V dc

0V dc+24V dc

EDM2a

EDM2b

EDM1aEDM1b

OSSD1OSSD2


+

+

System Reset

USSl 1 Reset

21 20

25

26

27

1213

14

15

18

17

23

1

RS-232Diagnostics

Load

Load

Load

Aux

Weak

Fault

Tx-Tx+

a

c

d

b

a

c

d

b

USSl 1Input

USSl 2Input

31

30

29

28

10

8

5

4

2

3

R e m

o t e

I n t e r f a

c e

+V

OVdc

S a f e t y D e v i c e

S o

l i d - S t a t e

O u t p u t s

+V OV

S a

f e t y

D e v

i c e

C o n t a c t

O u t p u t s

+

+

7

9

Single ChannelSafety Stop Circuit

Dual ChannelSafety Stop Circuit

Generic Machine Interface Diagram for PICO-GUARD Control2-Channel EDM and Two PICO-GUARD Systems


7/94



EZ-SCREEN Machine Interface Hookups

Appendix A2: Optical Safety Systems EZ-SCREEN Systems

PLEASE READ:Information pertaining to all EZ-SCREEN Hookup DrawingEZ-SCREEN receivers are powered by 24V dc, and have two solid-state outputs, which are designated OSSD1 and OSSD2 (OSSD = Output SignaSwitching Device). These OSSDs are rated to switch loads up to 0.5 amps at 24V dc. It is unlikely that the OSSDs will directly interface to MachinPrimary Control Elements (MPCEs), which typically draw more current and/or require a different control voltage.

The hookup drawing for an EZ-SCREEN receiver on the next page shows the OSSDs connected toFSDs (Final Switching Devices). The FSDs must be safety relays (with forced-guided contacts)which each offer a normally-closed monitor contact. The monitor contacts are connected to theEDM (External Device Monitoring) inputs of the EZ-SCREEN receiver (see hookup drawing).

Banner offers interface modules IM-T-9A and IM-T-11A, either of which allows a safe interfacebetween an EZ-SCREEN receiver and the MPCEs of the machine to be controlled. The two

modules are identical, with the exception that model IM-T-11A offers a normally-closed auxiliary(non-safety) output. The safety output contacts of either IM-T interface module can switch eitherac- or dc-operated loads at up to 6 amps.

Output Relay ConnectionsThe hookup diagrams for IM-T interface modules on page 305 show output relay connections ina generic machine interface. The connections between the IM-T interface module and themachine primary control elements must be direct, and arranged so that any single wiring faultwill not result in a circuit failure to a potentially dangerous state.

MPCE 1is an electrically powered element of the guarded machine that directly controls the normaloperating motion of the machine; it must be last (in time) to operate when motion is either initiatedor arrested. MPCE 2is an electrically powered element of the guarded machine (in a differentcontrol path from MPCE 1) that directly controls the normal operating motion of the guardedmachine; it must be last (in time) to operate when machine motion is either initiated or arrested.The output contacts of the IM-T-..A module must be connected, as shown in the followingdiagrams, to control power to Machine Primary Control Elements #1 and #2.

Many different types of mechanisms are used to arrest dangerous machine motion. Examples in-clude mechanical braking systems, clutch mechanisms, and combinations of brakes and clutches.Additionally, control of the arresting scheme may be hydraulic or pneumatic.

As a result, MPCEs may be of several control types, including a wide variety of contactors and elec-tromechanical valves. If your machine documentation leaves any doubt about the proper connec-tion points for the IM-T-..A Module output relay contacts, do not make any connections. Contactthe machine builder for clarification regarding connections to the MPCEs.

WARNING . . .Use of Arc SuppressorsIf arc suppressors are used,they MUST be installed as

shown across the coils of the machinecontrol elements. NEVER installsuppressors directly across the contacts ofthe IM-T-..A Module! It is possible forsuppressors to fail as a short circuit. Ifinstalled directly across the contacts of theIM-T-..A Module, a short-circuited suppressowill create an unsafe condition.

!

NOTICE Regarding MPCEs

Each of the two Machine Primary ControlElements (MPCE 1 and MPCE 2) must becapable of immediately stopping the danger

ous machine motion, irrespective of thestate of the other. These two channels ofmachine control need not be identical, butthe stop time performance of the machine(Ts, used to calculate the separationdistance) must take into account the slowerof the two channels.

Some machines offer only one primarycontrol element. For such machines, it isnecessary to duplicate the circuit of thesingle MPCE to add a second machineprimary control element.

WARNING . . .Maintain Control Reliability

NEVER wire an intermediate device (e.g., a programmable logic controller/PLC), other than a safety relay, between any safety outputof the IM-T-..A Interface Module and the Machine Primary Control Element it switches. To do so sacrifices the control reliability of thecontrol-to-machine interface, and creates an unsafe condition. Whenever a safety relay is added as an intermediate switching device, a

normally-closed forced-guided monitor contact of that relay must be added to the series feedback loop. (Reference ANSI B11.1 1988, Appendix B4)

!


8/94




Appendices

Generic Machine Interface Diagram for EZ-SCREEN Emitter

Generic Machine Interface Diagram for EZ-SCREEN Receiver

PE 1

dc Com 2

+24V dc

+24V dc 0V dc

3

TEST2 4or

TEST1 5

(Not Used) 6

+24V dc 7

dc Com 8

PE 9

EZ-SCREENEmitter

Auxiliary powerconnections

Open to test (1)

1) TEST input must bejumpered if not used.Typically a NormallyOpen switch heldclosed.

Dual-ChannelSafety Stop Circuit

Single-ChannelSafety Stop Circuit

* Installation of transient suppressorsacross the coils of FSD1 and FSD2 isrecommended. NOTE: Do not exceedOSSD maximum load capacitancespecifications.

+24V dc 0V dc

Reset

PE 1

dc Com 2

+24V dc 3

(Not Used) 4

RESET 5

EDM1 6

EDM2 7

OSSD1 8

OSSD2 9

EZ-SCREENReceiver

(2)

*

*FSD

1FSD

2

+

+


9/94




+24V dc 0V dc

Reset

PE 1

dc Com 2

+ 24V dc 3

(Not Used) 4

RESET 5

EDM1 6

EDM2 7

OSSD1 8

OSSD2 9

S1

S2

Y1Y2

Y3

Y4

14

24

34

13

23

33

S4

S3

EZ-SCREENReceiver

IM-T-9A

+

+

K2 K1

MPCE2

Feedback (optional)

MPCE1

MachineControl

* Installation of transient suppressorsacross the coils of MPCE1 and MPCE2 isrecommended (see Warning page 303).

*

*

+24V dc 0V dc

Reset

PE 1

dc Com 2

+ 24V dc 3

(Not Used) 4

RESET 5

EDM1 6

EDM2 7

OSSD1 8

OSSD2 9

S1

S2

Y1

Y2

Y3

Y4

14

24

34

13

23

33

S4

S3

EZ-SCREENReceiver

IM-T-9A

+

+

K2 K1

MPCE2

Feedback (optional)

MPCE1

MachineControl

* Installation of transient suppressorsacross the coils of MPCE1 and MPCE2 isrecommended (see Warning page 303).

*

*

Generic Machine Interface Diagram for Interface Module IM

Generic Machine Interface Diagram for Interface Module IM-

13

S1 S2 Y1

31 23 Y2

Y3 S3 S4

Y4 14 32 24

IM-T-11A

Terminal Locations

Terminal Locations

13

S1 S2 Y1

23 33 Y2

Y3 S3 S4

Y4 14 24 34

IM-T-9A

2 current-sourcing safety outputs, 1 monitoring input

2 current-sourcing safety outputs, 1 monitoring input


10/94



MICRO-SCREEN

Appendices

Appendix A3: Optical Safety Systems MICRO-SCREEN Systems

USDINT-2T2D pp. 93, 316

USDINT-1L2D pp. 93, 317

USCD-1T2 pp. 81, 309

USCT-2T2 p. 81

USDINT-1T4D p. 93

USDINT-2T4D p. 93

USCD-2T2 pp. 81, 310

Kits

USCD-2T3 p. 81

USDINT-1T2 pp. 89, 311

USCC-1T2M p. 85

USCT-2T3 p. 81

USCC-2L2M p. 85

USDINT-1L2 pp. 89, 313

USDINT-1T2D pp. 93, 315

USDINT-1L4 p. 89

USDINT-2L2 pp. 89, 314

USDINT-2L4 p. 89

USDINT-1T4 p. 89USDINT-2T2 pp. 89, 312

USDINT-2T4 p. 89

USCC-2L3M p. 85

USDINT-2L2D pp. 93, 318

USDINT-1L4D p. 93

USDINT-2L4D p. 93

* Copies of certificates are available by contacting Factory Applications Department.P = pending; approvals are in process. Contact factory for latest approval information.

= approvals obtained

Not all kits are listed. Contact factory for additional kits, if you areunable to find a kit for your application.

p. 320

p. 322

p. 321

p. 320

p. 321

p. 323

p. 322

p. 322

p. 325

p. 323

p. 325

p. 325p. 322

p. 323

p. 320

InterfaceDiagrams

p. 325

p. 321

p. 323

p. 320

p. 325

p. 320

p. 325

p. 325

p. 325

p. 324USDINT-1T2E p. 89

IEC 61496-1& 2, TYPE 4

PresenceSensingDevice

D I N M o

d u

l e C o n t r o

l l e r s

Product

M e t a

l B o x

C o n t r o

l l e r s

p. 320USCD-2L2 p. 81

p. 320USCD-2T3E p. 81

p. 320

p. 320USCD-1T3 p. 81

USCD-1L2 p. 81

p. 321USCC-1L2M p. 85

p. 321USCC-1T3M p. 85

D I N M o

d u

l e C o n t r o

l l e r s w

i t h D

e v i c e

N e t

MICRO-SCREEN Agency Approvals *


11/94



MICRO-SCREEN

MICRO-SCREENStandard Series Sensorswith 9 m (30') range

Off (Not applicable) 19.1 mm (0.75")

Sensor Type

1-beam 7.6 mm (0.30") 31.8 mm (1.25")

FloatingBlanking

2-beam 20.3 mm (0.80") 44.5 mm (1.75")

Maximum Size ofUndetected Objects

Minimum ObjectSensitivity

MICRO-SCREENV-Series Sensorswith 6 m (20') range &9 m (30') range


1-beam 20.3 mm (0.80") 57.5 mm (2.25")

2-beam 45.7 mm (1.80") 82.6 mm (3.25")

MICRO-SCREEN Fixed Beam Blanking

8 0 N/A

The fixed blanking feature may be programmed if beams are blocked byone or more fixed objects. Fixed blanking requires an emitter/receiver pairwith 16 or more beams (over 4" long). Fixed blanking is limited to 30% ofthe total number of beams, up to a maximum of 12 beams . Contactfactory Applications Department if your application requires fixed blankingof a greater number of beams. Programming of fixed blanking involves asimple teaching process; it is accomplished using the Diagnostic Displayand the Program switches located on the Light Screen controller board.

16 4 2.2"

24 7 3.7"12"

8"

4"

20" to 48"

32 9 4.7"

40 to 96 12 6.2"

16"

24 7 7.7"24"

32 9 9.7"32"

40 to 72 12 12.7"40" to 72"

Beams inLight Screen

Maximum FixedBlanked Beams

Total FixedBlanked Area*

DefinedArea

S t a n

d a r d

S e r i e s

V - S

e r i e s

* Assumes all blanked beams are adjacent; if multiple areas are blanked(multiple objects ignored) the total blanked area increases slightly.

MICRO-SCREEN Minimum Object Sensitivity Chart


12/94



MICRO-SCREEN

Appendices

USCD-1T2

M e t a

l B o x

C o n t r o

l l e r s

USCD-2T2

USDINT-1T2

D I N M o d u

l e C o n t r o

l l e r s USDINT-2T2

USDINT-1T2D

D I N M o

d u

l e C o n t r o

l l e r s w

i t h D e v i c e

N e t

USDINT-2T2D

USCT-2T2

USCC-2L2M

USCD-2T3

USCD-2T3E

USDINT-1T4

USDINT-2T4

USDINT-1L2

USDINT-2L2

USDINT-1L4

USDINT-2L4

USDINT-1T4D

USDINT-2T4D

USDINT-1L2D

USDINT-2L2D

USDINT-1L4D

USDINT-2L4D

Floating Blanking

FixedBlanking

Single Object Multiple Object

1-Beam 2-Beam 1-Beam 2-Beam

* For blanking definitions see Glossary of Machine Safety Terms starting on page 392. Single object floating blanking allows the interruption of only one beam or two beams, as configured. Multiple object floating blanking allows one or more objects to pass through the light screen undetected, provided each object

does not interrupt more than the programmed number of beams (one or two), and provided there is at least one unblockedbeam between each pair objects (also known as Reduced Resolution).

a With fixed blanking onb With fixed blanking off

= Blanking mode is available

a a b b

a a b b

a a b b

USCC-2L3M

USDINT-1T2E

USCC-1T2M

USCD-1T3

USCD-1L2

USCD-2L2

USCT-2T3

USCC-1L2M

USCC-1T3M

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

Controller Model

Beam Blanking* Modes Available for MICRO-SCREEN


13/94



MICRO-SCREEN Kits

Kits with MICRO-SCREEN Model USCD-1T2 Controller

203 mm (8") USKD824C4Y USKD824C6Y

Two - 15' CablesOne - 15' Cable &One - 25' CableDefined Area

With Integral Quick-Disconnect Connectors

406 mm (16")

USKD824C5Y

USKD1624C4Y

Two - 25' Cables102 mm (4") USKD424C4Y

USKD1624C6Y

USKD424C6YUSKD424C5Y

USKD1624C5Y

305 mm (12") USKD1224C4Y USKD1224C6YUSKD1224C5Y

USKD824Yl

USKD1624Yl

USKD424Yl

610 mm (24") USKD2424C4Y USKD2424C6Y

813 mm (32")

USKD2424C5Y

USKD3224C4Y

508 mm (20") USKD2024C4Y

USKD3224C6Y


USKD1224Yl

USKD2424Yl

USKD3224Yl

USKD2024Yl

USKD3224C5Y

711 mm (28") USKD2824C4Y USKD2824C6YUSKD2824C5Y USKD2824Yl

USKD4024Yl

USKD4824Yl

USKD3624Yl

USKD4424Yl

1016 mm (40") USKD4024C4Y USKD4024C6Y

1219 mm (48")

USKD4024C5Y

USKD4824C4Y

914 mm (36") USKD3624C4Y

USKD4824C6Y


USKD4824C5Y


Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USKD1224C4YP2.

MICRO-SCREEN kits contain a controller, an emitter and receiver of equal length and beam spacing, standard mounting brackets,and a pair of interconnecting cables.

1422 mm (56")



USKD5612C4Y

Two - 25' Cables

USKD5612C6Y

1829 mm (72")

USKD5612C5Y

USKD7212C4Y USKD7212C6YUSKD7212C5Y


610 mm (24") USKD2412C4Y USKD2412C6Y

USKD5612Yl

813 mm (32")

USKD2412C5Y

USKD3212C4Y USKD3212C6Y

USKD7212Yl

USKD6412Yl

USKD2412Yl

USKD3212YlUSKD3212C5Y

USKD4012Yl

USKD4812Yl

1016 mm (40") USKD4012C4Y USKD4012C6Y

With Two Integral 25' Cables

1219 mm (48")

USKD4012C5Y

USKD4812C4Y USKD4812C6YUSKD4812C5Y


Kits with Standard Series Emitter and Receiver

Kits with V-Series Emitter and Receiver


14/94



MICRO-SCREEN Kits

Appendices

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USK2D1224C4YP2.

203 mm (8") USK2D824C4Y USK2D824C6Y



406 mm (16")

USK2D824C5Y

USK2D1624C4Y

Two - 25' Cables102 mm (4") USK2D424C4Y

USK2D1624C6Y

USK2D424C6YUSK2D424C5Y

USK2D1624C5Y

305 mm (12") USK2D1224C4Y USK2D1224C6YUSK2D1224C5Y

USK2D824Yl

USK2D1624Yl

USK2D424Yl

610 mm (24") USK2D2424C4Y USK2D2424C6Y

813 mm (32")

USK2D2424C5Y

USK2D3224C4Y

508 mm (20") USK2D2024C4Y

USK2D3224C6Y


USK2D1224Yl

USK2D2424Yl

USK2D3224Yl

USK2D2024Yl

USK2D3224C5Y

711 mm (28") USK2D2824C4Y USK2D2824C6YUSK2D2824C5Y USK2D2824Yl

USK2D4024Yl

USK2D4824Yl

USK2D3624Yl

USK2D4424Yl

1016 mm (40") USK2D4024C4Y USK2D4024C6Y


1219 mm (48")

USK2D4024C5Y

USK2D4824C4Y

914 mm (36") USK2D3624C4Y

USK2D4824C6Y


USK2D4824C5Y


Kits with MICRO-SCREEN Model USCD-2T2 Controller

1422 mm (56")



USK2D5612C4Y

Two - 25' Cables

USK2D5612C6Y

1829 mm (72")

USK2D5612C5Y

USK2D7212C4Y USK2D7212C6YUSK2D7212C5Y


610 mm (24") USK2D2412C4Y USK2D2412C6Y

USK2D5612Yl

813 mm (32")

USK2D2412C5Y

USK2D3212C4Y USK2D3212C6Y

USK2D7212Yl

USK2D6412Yl

USK2D2412Yl

USK2D3212YlUSK2D3212C5Y

USK2D4012Yl

USK2D4812Yl

1016 mm (40") USK2D4012C4Y USK2D4012C6Y


1219 mm (48")

USK2D4012C5Y

USK2D4812C4Y USK2D4812C6YUSK2D4812C5Y





15/94



MICRO-SCREEN Kits

203 mm (8") USDKT824C4Y USDKT824C6Y



406 mm (16")

USDKT824C5Y

USDKT1624C4Y

Two - 25' Cables

102 mm (4") USDKT424C4Y

USDKT1624C6Y

USDKT424C6YUSDKT424C5Y

USDKT1624C5Y

305 mm (12") USDKT1224C4Y USDKT1224C6YUSDKT1224C5Y

USDKT824Yl

USDKT1624Yl

USDKT424Yl


813 mm (32")

USDKT2424C5Y

USDKT3224C4Y

508 mm (20") USDKT2024C4Y

USDKT3224C6Y


USDKT1224Yl

USDKT2424Yl

USDKT3224Yl

USDKT2024Yl

USDKT3224C5Y

711 mm (28") USDKT2824C4Y USDKT2824C6YUSDKT2824C5Y USDKT2824Yl

USDKT4024Yl

USDKT4824Yl

USDKT3624Yl

USDKT4424Yl



1219 mm (48")

USDKT4024C5Y

USDKT4824C4Y

914 mm (36") USDKT3624C4Y

USDKT4824C6Y


USDKT4824C5Y


Kits with MICRO-SCREEN Model USDINT-1T2 Controlle

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDKT1224C4YP2.

1422 mm (56")



USDKT5612C4Y

Two - 25' Cables

USDKT5612C6Y

1829 mm (72")

USDKT5612C5Y

USDKT7212C4Y USDKT7212C6YUSDKT7212C5Y



USDKT5612Yl

813 mm (32")

USDKT2412C5Y

USDKT3212C4Y USDKT3212C6Y

USDKT7212Yl

USDKT6412Yl

USDKT2412Yl

USDKT3212YlUSDKT3212C5Y

USDKT4012Yl

USDKT4812Yl



1219 mm (48")

USDKT4012C5Y

USDKT4812C4Y USDKT4812C6YUSDKT4812C5Y





16/94



MICRO-SCREEN Kits

Appendices

203 mm (8") USDK2T824C4Y USDK2T824C6Y



406 mm (16")

USDK2T824C5Y

USDK2T1624C4Y

Two - 25' Cables102 mm (4") USDK2T424C4Y

USDK2T1624C6Y

USDK2T424C6YUSDK2T424C5Y

USDK2T1624C5Y

305 mm (12") USDK2T1224C4Y USDK2T1224C6YUSDK2T1224C5Y

USDK2T824Yl

USDK2T1624Yl

USDK2T424Yl


813 mm (32")

USDK2T2424C5Y

USDK2T3224C4Y

508 mm (20") USDK2T2024C4Y

USDK2T3224C6Y


USDK2T1224Yl

USDK2T2424Yl

USDK2T3224Yl

USDK2T2024Yl

USDK2T3224C5Y

711 mm (28") USDK2T2824C4Y USDK2T2824C6YUSDK2T2824C5Y USDK2T2824Yl

USDK2T4024Yl

USDK2T4824Yl

USDK2T3624Yl

USDK2T4424Yl



1219 mm (48")

USDK2T4024C5Y

USDK2T4824C4Y

914 mm (36") USDK2T3624C4Y

USDK2T4824C6Y


USDK2T4824C5Y


Kits with MICRO-SCREEN Model USDINT-2T2 Controller

1422 mm (56")



USDK2T5612C4Y

Two - 25' Cables

USDK2T5612C6Y

1829 mm (72")

USDK2T5612C5Y

USDK2T7212C4Y USDK2T7212C6YUSDK2T7212C5Y



USDK2T5612Yl

813 mm (32")

USDK2T2412C5Y

USDK2T3212C4Y USDK2T3212C6Y

USDK2T7212Yl

USDK2T6412Yl

USDK2T2412Yl

USDK2T3212YlUSDK2T3212C5Y

USDK2T4012Yl

USDK2T4812Yl



1219 mm (48")

USDK2T4012C5Y

USDK2T4812C4Y USDK2T4812C6YUSDK2T4812C5Y

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDK2T1224C4YP2.





17/94



MICRO-SCREEN Kits

Kits with MICRO-SCREEN Model USDINT-1L2 Controlle

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDKT1224LC4YP2.

203 mm (8") USDKT824LC4Y USDKT824LC6Y



406 mm (16")

USDKT824LC5Y

USDKT1624LC4Y

Two - 25' Cables

102 mm (4") USDKT424LC4Y

USDKT1624LC6Y

USDKT424LC6YUSDKT424LC5Y

USDKT1624LC5Y

305 mm (12") USDKT1224LC4Y USDKT1224LC6YUSDKT1224LC5Y

USDKT824LYl

USDKT1624LYl

USDKT424LYl


813 mm (32")

USDKT2424LC5Y

USDKT3224LC4Y

508 mm (20") USDKT2024LC4Y

USDKT3224LC6Y


USDKT1224LYl

USDKT2424LYl

USDKT3224LYl

USDKT2024LYl

USDKT3224LC5Y

711 mm (28") USDKT2824LC4Y USDKT2824LC6YUSDKT2824LC5Y USDKT2824LYl

USDKT4024LYl

USDKT4824LYl

USDKT3624LYl

USDKT4424LYl



1219 mm (48")

USDKT4024LC5Y

USDKT4824LC4Y

914 mm (36") USDKT3624LC4Y

USDKT4824LC6Y


USDKT4824LC5Y


1422 mm (56")



USDKT5612LC4Y

Two - 25' Cables

USDKT5612LC6Y

1829 mm (72")

USDKT5612LC5Y

USDKT7212LC4Y USDKT7212LC6YUSDKT7212LC5Y



USDKT5612LYl

813 mm (32")

USDKT2412LC5Y

USDKT3212LC4Y USDKT3212LC6Y

USDKT7212LYl

USDKT6412LYl

USDKT2412LYl

USDKT3212LYlUSDKT3212LC5Y

USDKT4012LYl

USDKT4812LYl



1219 mm (48")

USDKT4012LC5Y

USDKT4812LC4Y USDKT4812LC6YUSDKT4812LC5Y





18/94



MICRO-SCREEN Kits

Appendices

Kits with MICRO-SCREEN Model USDINT-2L2 Controller

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDK2T1224LC4YP2.

203 mm (8") USDK2T824LC4Y USDK2T824LC6Y



406 mm (16")

USDK2T824LC5Y

USDK2T1624LC4Y

Two - 25' Cables102 mm (4") USDK2T424LC4Y

USDK2T1624LC6Y

USDK2T424LC6YUSDK2T424LC5Y

USDK2T1624LC5Y

305 mm (12") USDK2T1224LC4Y USDK2T1224LC6YUSDK2T1224LC5Y

USDK2T824LYl

USDK2T1624LYl

USDK2T424LYl


813 mm (32")

USDK2T2424LC5Y

USDK2T3224LC4Y

508 mm (20") USDK2T2024LC4Y

USDK2T3224LC6Y


USDK2T1224LYl

USDK2T2424LYl

USDK2T3224LYl

USDK2T2024LYl

USDK2T3224LC5Y

711 mm (28") USDK2T2824LC4Y USDK2T2824LC6YUSDK2T2824LC5Y USDK2T2824LYl

USDK2T4024LYl

USDK2T4824LYl

USDK2T3624LYl

USDK2T4424LYl



1219 mm (48")

USDK2T4024LC5Y

USDK2T4824LC4Y

914 mm (36") USDK2T3624LC4Y

USDK2T4824LC6Y


USDK2T4824LC5Y


1422 mm (56")



USDK2T5612LC4Y

Two - 25' Cables

USDK2T5612LC6Y

1829 mm (72")

USDK2T5612LC5Y

USDK2T7212LC4Y USDK2T7212LC6YUSDK2T7212LC5Y



USDK2T5612LYl

813 mm (32")

USDK2T2412LC5Y

USDK2T3212LC4Y USDK2T3212LC6Y

USDK2T7212LYl

USDK2T6412LYl

USDK2T2412LYl

USDK2T3212LYlUSDK2T3212LC5Y

USDK2T4012LYl

USDK2T4812LYl



1219 mm (48")

USDK2T4012LC5Y

USDK2T4812LC4Y USDK2T4812LC6YUSDK2T4812LC5Y





19/94



MICRO-SCREEN Kits

203 mm (8") USDKTD824C4Y USDKTD824C6Y



406 mm (16")

USDKTD824C5Y

USDKTD1624C4Y

Two - 25' Cables

102 mm (4") USDKTD424C4Y

USDKTD1624C6Y


USDKTD1624C5Y

305 mm (12") USDKTD1224C4Y USDKTD1224C6YUSDKTD1224C5Y

USDKTD824Yl

USDKTD1624Yl

USDKTD424Yl


813 mm (32")

USDKTD2424C5Y

USDKTD3224C4Y

508 mm (20") USDKTD2024C4Y

USDKTD3224C6Y

USDKTD2024C6YUSDKTD2024C5Y

USDKTD1224Yl

USDKTD2424Yl

USDKTD3224Yl

USDKTD2024Yl

USDKTD3224C5Y

711 mm (28") USDKTD2824C4Y USDKTD2824C6YUSDKTD2824C5Y USDKTD2824Yl

USDKTD4024Yl

USDKTD4824Yl

USDKTD3624Yl

USDKTD4424Yl



1219 mm (48")

USDKTD4024C5Y

USDKTD4824C4Y

914 mm (36") USDKTD3624C4Y

USDKTD4824C6Y

USDKTD3624C6YUSDKTD3624C5Y

USDKTD4824C5Y


1422 mm (56")



USDKTD5612C4Y

Two - 25' Cables

USDKTD5612C6Y

1829 mm (72")

USDKTD5612C5Y

USDKTD7212C4Y USDKTD7212C6YUSDKTD7212C5Y



USDKTD5612Yl

813 mm (32")

USDKTD2412C5Y

USDKTD3212C4Y USDKTD3212C6Y

USDKTD7212Yl

USDKTD6412Yl

USDKTD2412Yl

USDKTD3212YlUSDKTD3212C5Y

USDKTD4012Yl

USDKTD4812Yl



1219 mm (48")

USDKTD4012C5Y

USDKTD4812C4Y USDKTD4812C6YUSDKTD4812C5Y

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDKTD1224C4YP2.

Kits with MICRO-SCREEN Model USDINT-1T2D Control





20/94



MICRO-SCREEN Kits

Appendices

203 mm (8") USDK2TD824C4Y USDK2TD824C6Y

Two - 15' CablesOne - 15' Cable &One- 25' CableDefined Area


406 mm (16")

USDK2TD824C5Y

USDK2TD1624C4Y

Two - 25' Cables102 mm (4") USDK2TD424C4Y

USDK2TD1624C6Y

USDK2TD424C6YUSDK2TD424C5Y

USDK2TD1624C5Y

305 mm (12") USDK2TD1224C4Y USDK2TD1224C6YUSDK2TD1224C5Y

USDK2TD824Yl

USDK2TD1624Yl

USDK2TD424Yl


813 mm (32")

USDK2TD2424C5Y

USDK2TD3224C4Y

508 mm (20") USDK2TD2024C4Y

USDK2TD3224C6Y


USDK2TD1224Yl

USDK2TD2424Yl

USDK2TD3224Yl

USDK2TD2024Yl

USDK2TD3224C5Y

711 mm (28") USDK2TD2824C4Y USDK2TD2824C6YUSDK2TD2824C5Y USDK2TD2824Yl

USDK2TD4024Yl

USDK2TD4824Yl

USDK2TD3624Yl

USDK2TD4424Yl



1219 mm (48")

USDK2TD4024C5Y

USDK2TD4824C4Y

914 mm (36") USDK2TD3624C4Y

USDK2TD4824C6Y


USDK2TD4824C5Y


1422 mm (56")



USDK2TD5612C4Y

Two - 25' Cables

USDK2TD5612C6Y

1829 mm (72")

USDK2TD5612C5Y

USDK2TD7212C4Y USDK2TD7212C6YUSDK2TD7212C5Y



USDK2TD5612Yl

813 mm (32")

USDK2TD2412C5Y

USDK2TD3212C4Y USDK2TD3212C6Y

USDK2TD7212Yl

USDK2TD6412Yl

USDK2TD2412Yl

USDK2TD3212YlUSDK2TD3212C5Y

USDK2TD4012Yl

USDK2TD4812Yl



1219 mm (48")

USDK2TD4012C5Y

USDK2TD4812C4Y USDK2TD4812C6YUSDK2TD4812C5Y

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDK2TD1224C4YP2.

Kits with MICRO-SCREEN Model USDINT-2T2D Controller





21/94



MICRO-SCREEN Kits

Kits with MICRO-SCREEN Model USDINT-1L2D Control

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDKTD1224LC4YP2.

203 mm (8") USDKTD824LC4Y USDKTD824LC6Y



406 mm (16")

USDKTD824LC5Y

USDKTD1624LC4Y

Two - 25' Cables

102 mm (4") USDKTD424LC4Y

USDKTD1624LC6Y


USDKTD1624LC5Y

305 mm (12") USDKTD1224LC4Y USDKTD1224LC6YUSDKTD1224LC5Y

USDKTD824Yl

USDKTD1624LYl

USDKTD424Yl


813 mm (32")

USDKTD2424LC5Y

USDKTD3224LC4Y


USDKTD3224LC6Y

USDKTD2024LC6YUSDKTD2024LC5Y

USDKTD1224LYl

USDKTD2424LYl

USDKTD3224LYl

USDKTD2024LYl

USDKTD3224LC5Y

711 mm (28") USDKTD2824LC4Y USDKTD2824LC6YUSDKTD2824LC5Y USDKTD2824LYl

USDKTD4024LYl

USDKTD4824LYl

USDKTD3624LYl

USDKTD4424LYl



1219 mm (48")

USDKTD4024LC5Y

USDKTD4824LC4Y


USDKTD4824LC6Y

USDKTD3624LC6YUSDKTD3624LC5Y

USDKTD4824LC5Y


1422 mm (56")



USDKTD5612LC4Y

Two - 25' Cables

USDKTD5612LC6Y

1829 mm (72")

USDKTD5612LC5Y

USDKTD7212LC4Y USDKTD7212LC6YUSDKTD7212LC5Y



USDKTD5612LYl

813 mm (32")

USDKTD2412LC5Y

USDKTD3212LC4Y USDKTD3212LC6Y

USDKTD7212LYl

USDKTD6412LYl

USDKTD2412LYl

USDKTD3212LYlUSDKTD3212LC5Y

USDKTD4012LYl

USDKTD4812LYl



1219 mm (48")

USDKTD4012LC5Y

USDKTD4812LC4Y USDKTD4812LC6YUSDKTD4812LC5Y





22/94



MICRO-SCREEN Kits

Appendices

Kits with MICRO-SCREEN Model USDINT-2L2D Controller

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P2 to the model number of the system kit, for example: USDK2TD1224LC4YP2.

203 mm (8") USDK2TD824LC4Y USDK2TD824LC6Y



406 mm (16")

USDK2TD824LC5Y

USDK2TD1624LC4Y

Two - 25' Cables102 mm (4") USDK2TD424LC4Y

USDK2TD1624LC6Y

USDK2TD424LC6YUSDK2TD424LC5Y

USDK2TD1624LC5Y

305 mm (12") USDK2TD1224LC4Y USDK2TD1224LC6YUSDK2TD1224LC5Y

USDK2TD824LYl

USDK2TD1624LYl

USDK2TD424LYl


813 mm (32")

USDK2TD2424LC5Y

USDK2TD3224LC4Y

508 mm (20") USDK2TD2024LC4Y

USDK2TD3224LC6Y


USDK2TD1224LYl

USDK2TD2424LYl

USDK2TD3224LYl

USDK2TD2024LYl

USDK2TD3224LC5Y

711 mm (28") USDK2TD2824LC4Y USDK2TD2824LC6YUSDK2TD2824LC5Y USDK2TD2824LYl

USDK2TD4024LYl

USDK2TD4824LYl

USDK2TD3624LYl

USDK2TD4424LYl



1219 mm (48")

USDK2TD4024LC5Y

USDK2TD4824LC4Y

914 mm (36") USDK2TD3624LC4Y

USDK2TD4824LC6Y


USDK2TD4824LC5Y


1422 mm (56")



USDK2TD5612LC4Y

Two - 25' Cables

USDK2TD5612LC6Y

1829 mm (72")

USDK2TD5612LC5Y

USDK2TD7212LC4Y USDK2TD7212LC6YUSDK2TD7212LC5Y



USDK2TD5612LYl

813 mm (32")

USDK2TD2412LC5Y

USDK2TD3212LC4Y USDK2TD3212LC6Y

USDK2TD7212LYl

USDK2TD6412LYl

USDK2TD2412LYl

USDK2TD3212LYlUSDK2TD3212LC5Y

USDK2TD4012LYl

USDK2TD4812LYl



1219 mm (48")

USDK2TD4012LC5Y

USDK2TD4812LC4Y USDK2TD4812LC6YUSDK2TD4812LC5Y





23/94



MICRO-SCREEN Machine Interface Hookups

NOTICE Regarding MPCEs

Each of the two Machine Primary ControlElements (MPCE 1 and MPCE 2) must becapable of immediately stopping the dangerous machine motion, irrespective of thestate of the other. These two channels ofmachine control need not be identical, butthe stop time performance of the machine(Ts, used to calculate the separationdistance) must take into account the slower

of the two channels.

Some machines offer only one primarycontrol element. For such machines, it isnecessary to duplicate the circuit of thesingle MPCE to add a second machineprimary control element.

WARNING . . .Final Switching Device

The output relays of theMICRO-SCREEN System must be the finalswitching devices for the machinery beingguarded. Never wire an intermediatedevice (e.g., a programmable logiccontroller - PLC), other than a safety relay,between either FSD and the machineprimary control elements (Reference ANSIB11.1-1988. Appendix B4). To do so resultsin an unsafe condition.

!

WARNING . . .Arc Suppressor InstallationIf arc suppressors are used, they MUST be installed as shown across the coils of the machine control elements. NEVER installsuppressors directly across the contacts of the MICRO-SCREEN switching devices! It is possible for suppressors to fail as a short circuit.If installed directly across the contacts of the MICRO-SCREEN switching device, a short-circuited suppressor will create an unsafe condition

Output Relay ConnectionsOutput relay connections are made at the FSD1(Final Switching Device 1),FSD2(Final SwitchingDevice 2), and SSD(Secondary Switching Device) terminals on the controller. These relays are ener-gized (contacts closed) in normal operation when no obstructions are in the defined area. All relaysbecome de-energized (their contacts open) in a lockout condition. Relays FSD1and FSD2(only) de-energize in a trip condition. Before continuing, read NOTICE Regarding MPCEs, below right.

The FSD1 output relay connects to Machine Primary Control Element #1 (MPCE 1) on the guardedmachine. MPCE 1 is an electrically powered element of the guarded machine that directly controlsthe normal operating motion of the machine; it must be last (in time) to operate when motion iseither initiated or arrested. The output contact of relay FSD1 must be connected, as shown in thefollowing diagrams, to control power to Machine Primary Control Element #1.

The FSD2 output relay connects to Machine Primary Control Element #2 (MPCE 2) on the guardedmachine. MPCE 2 is an electrically powered element of the guarded machine (in a different controlpath from MPCE 1) that directly controls the normal operating motion of the guarded machine; itmust be last (in time) to operate when machine motion is either initiated or arrested. The outputcontact of relay FSD2 must be connected, as shown in the following diagrams, to control power toMachine Primary Control Element #2.

Many different types of mechanisms are used to arrest dangerous machine motion. Examples in-clude mechanical braking systems, clutch mechanisms, and combinations of brakes and clutches.Additionally, control of the arresting scheme may be hydraulic or pneumatic.

As a result, MPCEs may be of several control types, including a wide variety of contactors andelectromechanical valves. If your machine documentation leaves any doubt about the proper con-nection points for the MICRO-SCREEN System output relay contacts, do not make any connec-tions. Contact the machine builder for clarification regarding connections to the MPCEs and MSCE.

The SSD output relay connects to the Machine Secondary Control Element (MSCE) on the guardedmachine. The MSCE is an electrically powered element of the guarded machine (independent of theMPCEs) that is capable of removing power from the prime mover of the dangerous part of themachine in the event of an emergency. The output contacts of the SSD relay must be connected, asshown in the following diagrams, to the Machine Secondary Control Element such that, if a lockoutcondition occurs, the motive power will be removed from the machine.

PLEASE READ:Information pertaining to all MICRO-SCREEN Hookup DrawThe following hookup diagrams show output relay connections in a generic machine interface. The connections between the MICRO-SCREENSystem outputs and the machine primary and secondary control elements must be direct, and arranged so that any single line fault or earth faultwill not result in a circuit failure to a potentially dangerous state.

!


24/94




Appendices

Machine PrimaryControl Element #2Final Switching

Device #2

FSD 2 MPCE2

Machine SecondaryControl Element

TB1

TB1

TB1

TB1

Secondary SwitchingDevice

SSDMSCE

MachineControlCircuit


Device #1

FSD 1

MPCE 1

MPCEMonitorContacts

MPCE 2

MPCE 1 MPCE 2L (V ac)N (V ac)

Model USCD-1L2 Control Box: With Latch Output & Without Fixed BlankingModel USCD-2L2 Control Box: With Latch Output & With Fixed BlankingModel USCD-1T2 Control Box: With Trip Output & Without Fixed BlankingModel USCD-2T2 Control Box: With Trip Output & With Fixed BlankingModel USCD-1T3 Control Box: With Trip Output & With Fixed BlankingModel USCD-2T3 Control Box: With Trip Output & With Fixed BlankingModel USCD-2T3E Control Box: With Trip Output & With Fixed Blanking and EDMModel USCT-2T2 Control Box: With Trip Output & With Fixed BlankingModel USCT-2T3 Control Box: With Trip Output & With Fixed Blanking N (V ac)L (V ac)

EarthGround

MICRO-SCREEN

Metal Control Box

MPCE1

MPCE 1 MPCE 2

Mon aMon b

MICRO-SCREEN Control Box


Complementary NormallyClosed Auxiliary Output(Models USCD-2T3 & USCD-2T3E only)

1-Channel ExternalDevice Monitoring (EDM)(Model USCD-2T3E only)

TB1

TB1

K1

K1K2

K2

K1

K2

Final SwitchingDevice #2

FSD 2

TB1


FSD 1

ComplementaryNormally Closed

Auxiliary

CNCAUX

TB221

22

Non-safetyAuxiliary/Alarm

Contact

(see text)TB4

*

*

*

* Arc Suppression

(see Warning page 320)

Generic Machine Interface Diagram for MICRO-SCREEN MeController Models USC..-..

* Arc Suppressors

(see Warning page 319)


25/94




Monitoring


TB8

TB8

TB9

TB7

TB10 TB11

N (V ac)

24V dcdc common

L (V ac)PowerSelect

230V ac 115V ac

EarthGround 115/230 V ac

(Ensure properpower input

has beenselected)

For ac power:

2-Channel ExternalDevice Monitoring (EDM)


1-Channel ExternalDevice Monitoring (EDM)

MPCE22a1a

1b2b

MPCE1

MPCE22a

1a

1b2ba

b

a

b

MPCE1Jumper

SecondarySwitching

Device

SSD


FSD2

a

bFinal Switching

Device #1

FSD1

EarthGround

dcCommon

For dc power:+24V dc @ 2.5A

MSCE

*

MPCE2

*

*

* Arc Suppression (see Warning page 320)

MachineSecondaryControlElement

MachinePrimaryControlElement

MachinePrimaryControlElement


L (V ac)or

+ (V dc)

N (V ac)or

Common (V dc)

MPCE1

Model USCC-1L2M Control Box: With Latch Output & Without Fixed BlankingModel USCC-2L2M Control Box: With Latch Output & With Fixed BlankingModel USCC-2L3M Control Box:With Latch Output & With Fixed BlankingModel USCC-1T2M Control Box: With Trip Output & Without Fixed BlankingModel USCC-1T3M Control Box: With Trip Output & Without Fixed Blanking


Complementary NormallyClosed Auxiliary Output(Model USCC-2L3M only)

TB1

TB1

K1

K1K2

K2

K1

K2


FSD 2

TB1


FSD 1

ComplementaryNormally Closed

Auxiliary

CNCAUX

Generic Machine Interface Diagram for MICRO-SCREEN CModels USCC-...M with Muting Function

* Arc Suppressors(see Warning page 319)


26/94




Appendices


Device #2

FSD 2 MPCE2

Machine SecondaryControl ElementSecondary Switching

Device

SSDMSCE


24

25


Device #1

FSD 1

MPCE 1

MPCEMonitor

Contacts

MPCE 2

MPCE 1

EarthGround

dcCommon

+24 V dc

MPCE 2+ (V dc)

dc common

38

39

40

27

28

Model USDINT-1T2 Control Module: Without Fixed BlankingModel USDINT-2T2 Control Module: With Fixed BlankingModel USDINT-1T2D Control Module: Without Fixed BlankingModel USDINT-2T2D Control Module: With Fixed Blanking

L (V ac)or

+ (V dc)

N (V ac)or

Common (V dc)

MICRO-SCREENControl Module

31

30

MPCE1

*

*

*


Generic Machine Interface Diagram for MICRO-SCREEN CoModels USDINT-..T2 & USDINT-..T2D with Trip Output



27/94





Device #2

FSD 2 MPCE2


Device

SSD MSCE


24

25


Device #1

FSD 1

MPCE 1

MPCEMonitorContacts

MPCE 2

MPCE 1

EarthGround

dcCommon

+24 V dc

MPCE 2+ (V dc)

dc common

38

39

40

27

28

Model USDINT-1L2 Control Module: Without Fixed BlankingModel USDINT-2L2 Control Module: With Fixed BlankingModel USDINT-1L2D Control Module: Without Fixed Blanking with DeviceNetModel USDINT-2L2D Control Module: With Fixed Blanking with DeviceNet

L (V ac)or

+ (V dc)

N (V ac)or

Common (V dc)


31

30

MPCE1

13

14

KeyReset

NON-SAFETYAlarm Output

21 22

*

*

*


Generic Machine Interface Diagram for MICRO-SCREEN CModels USDINT-..L2 & USDINT-..L2D with Latch Output



28/94




Appendices


Device #2

FSD 2 MPCE2


Device

SSDMSCE


24

25


Device #1

FSD 1MPCEMonitorContacts

MPCE 1

EarthGround

dcCommon

MPCE 2 + (V dc)

dc common

Mon a

Mon b38

39

40

27

28

Model USDINT-1T2E Control Module: Without Fixed BlankingL (V ac)or

+ (V dc)

N (V ac)or

Common (V dc)


+24 V dc

31

30

8

7

MPCE1

EDM


*

*

*

Generic Machine Interface Diagram for MICRO-SCREEN CoModel USDINT-1T2E with Trip Output EDM Input



29/94





Device #2

FSD 2


Device

SSD24

25

Machine Pr imaryControl Element #3

Machine PrimaryControl Element #2

Machine PrimaryControl Element #1


FSD 1

MPCE 3

MPCEMonitorContacts

MPCE 4

MPCE 3

EarthGround

dcCommon

+24 V dc

MPCE 4+ (V dc)

dc common

38

39

40

41

42

c

d

c

d

Model USDINT-1T4 Control Module: Trip Output Without Fixed BlankingModel USDINT-2T4 Control Module: Trip Output With Fixed BlankingModel USDINT-1L4 Control Module: Latching Output Without Fixed BlankingModel USDINT-2L4 Control Module: Latching Output With F ixed BlankingModel USDINT-1T4D Control Module: DeviceNet Trip Output Without Fixed BlankingModel USDINT-2T4D Control Module: DeviceNet Trip Output With Fixed BlankingModel USDINT-1L4D Control Module: DeviceNet Latching Output Without Fixed BlankingModel USDINT-2L4D Control Module: DeviceNet Latching Output With Fixed Blanking

L (V ac)or

+ (V dc)

N (V ac)or

Common (V dc)

MICRO-SCREENController

MPCE 1 MPCE 2

MPCE 1 MPCE 2

45

44

250V max.; 4 A max.

21

22

Secondary SwitchingDevice

SSD

Non-safetyAuxiliary/Alarm

Contact(see text)


24

25

MPCE4


FSD 2

27

28

a

b MPCE2


FSD 1

30

31

a

b MPCE

1

MPCE3

MSCE


*

*

*

*

*

Generic Machine Interface Diagram for MICRO-SCREEN CModels USDINT-...4 and USDINT-...4D with Four FSD Out



30/94



MINI-SCREEN

Appendices

Appendix A4: Optical Safety Systems MINI-SCREEN Systems

D I N M o

d u

l e

C o n t r o

l l e r s

p. 337MSCA-1L3E

p. 337

p. 337

p. 339

MSCB-1T3

p. 340

MSCB-1L2

p. 339

p. 338

MUSC-1

p. 338

p. 341

MSDINT-1

p. 337

InterfaceDiagrams

p. 338

MUSC-1T3

p. 337

p. 341

Product

p. 337

p. 340

p. 338MSCC-2L2M

M e t a

l B o x

C o n t r o

l l e r s

MSCC-2T2M

MSCC-2L3M

p. 337

MSCC-2T3M

MDSDINT-1T2

MSCA-1T3

MSCA-1L3

p. 337MSCA-1S2E

p. 337

p. 337MSCA-1L2

MSCA-1S3E

MDSDINT-1L2

MSCA-1

p. 337MSCT-1

MSCB-1

MSDINT-1L2

PresenceSensingDevice

p. 337MSCD-2

p. 337MSCT-2

p. 337MSCD-2T3

p. 337MSCT-2T3

D u a

l L i g h t

S c r e e n

M e t a

l B o x

C o n t r o

l l e r s

D u a

l L i g h t

S c r e e n

D I N

M o

d u l e C o n t r o

l l e r s

p. 115

p. 115

pp. 117, 332

p. 115

pp. 117, 333

p. 117

N/A

pp. 125, 334

N/A

p. 117

p. 121

p. 121

p. 121

N/A

p. 115

p. 115

p. 115

Kits

p. 121

p. 115

p. 115

pp. 115, 329

N/A

pp. 115, 331

pp. 115, 330

pp. 125, 335

IEC 61496-1& 2, TYPE 4

* Copies of certificates are available by contacting Factory Applications Department.P = pending; approvals are in process. Contact factory for latest approval information.

= approvals obtained

Not all kits are listed. Contact factory for additional kits, if you areunable to find a kit for your application.

MINI-SCREEN Agency Approvals*


31/94



MINI-SCREEN

Sensor TypeFloatingBlanking

Maximum Size ofUndetected Objects

Minimum ObjectSensitivity

Long-RangeMINI-SCREEN Sensorswith 18 m (60') range


1-beam 3.8 mm (0.15") 38.1 mm (1.50")

2-beam 16.5 mm (0.65") 50.8 mm (2.00")

StandardMINI-SCREEN Sensors

with 9 m (30') range


1-beam 7.6 mm (0.30") 31.8 mm (1.25")

2-beam 20.3 mm (0.80") 44.5 mm (1.75")

8 N/A N/A

16 N/A 2.2"

24 N/A 3.7"12"

8"

4"

20"

32 N/A 4.7"

40 N/A 6.2"

16"

MINI-SCREEN Fixed Beam Blanking

* Assumes all blanked beams are adjacent; if multiple areas are blanked (multiple object ignored) the total blanked areaincreases slightly.

The fixed blanking feature may be programmed if beams are blocked by one or more fixed objects. Fixed blankingrequires an emitter/receiver pair with 16 or more beams (over 4" long). Fixed blanking is limited to 30% of the totalnumber of beams, up to a maximum of 12 beams . Contact factory Applications Department if your application requiresfixed blanking of a greater number of beams. Programming of fixed blanking involves a simple teaching process; it isaccomplished using the Diagnostic Display and the Program switches located on the Light Screen controller board.

Beams in Light Screen Total Fixed Blanked Area*

DefinedArea

N/A

2.1"

3.6"

4.6"

6.1"

Standard Long-Range

Heavy DutyMINI-SCREEN Sensorswith 18 m (60') range


1-beam 15.2 mm (0.60") 62.2 mm (2.45")

2-beam 40.6 mm (1.60") 88.9 mm (3.50")

MINI-SCREEN Minimum Object Sensitivity Chart

24" 6.1"48 24 6.2"

6.1"

6.1"32'

56 N/A 6.2"

64 32 6.2"

28"

36" 6.1"72 N/A 6.2"

6.1"80 to 96 40 to 72 6.2"40" to 72"

0

4

Maximum Fixed Blank Beams

7

9

12

12

12

12

12

12

N/A

N/A

N/A

N/A

N/A

7

N/A

9

N/A

12

N/A

N/A

N/A

N/A

N/A

Heavy Duty

7.6"

N/A

9.6"

N/A

12.6"

Standard &Long-Range Heavy Duty

Standard &Long-Range Heavy Duty


32/94



MINI-SCREEN

Appendices

* For blanking definitions see Glossary of Machine Safety Terms starting on page 392. Single object floating blanking allows the interruption of only one beam or two beams, as configured. Multiple object floating blanking allows one or more objects to pass through the light screen undetected, provided each object does not interrupt more than the

programmed number of beams (one or two), and provided there is at least one unblocked beam between each object (also known as Reduced Resolution).a With fixed blanking onb With fixed blanking off

= Blanking mode is available

MSCB-1

MSCA-1

M e t a

l B o x

C o n t r o

l l e r s

Beam Blanking* Modes Available for MINI-SCREEN

MSCB-1T3

MSCA-1L3

MSCA-1L2

MUSC-1

D u a

l L i g h t

S c r e e n

M e t a

l B o x

C o n t r o l

l e r s

MSCD-2T3

MSCA-1S3E

MSDINT-1

D I N M o

d u

l e

C o n t r o

l l e r s

MSDINT-1L2

MUSC-1T3

MSCA-1T3

MSCB-1L2

MSCT-2T3

MSCT-1

MSCD-2

MSCA-1L3E

MSCA-1S2E

MDSDINT-1T2

MDSDINT-1L2

Controller Model

Floating Blanking

FixedBlanking

Single Object Multiple Object

1-Beam 2-Beam 1-Beam 2-Beam

MSCT-2T3

MSCT-2

MSCC-2L3M

MSCC-2L2M

MSCC-2T2M

MSCC-2T3M

D u a

l L i g

h t S c r e e n D

I N

M o

d u l e C o n t r o

l l e r s

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b

a a b b


33/94



MINI-SCREEN Kits

Kits with MINI-SCREEN Model MSCA-1 Controller

Kits with 9 m (30') Range Emitter and Receiver

215 mm (8.5") MSKA824C1 MSKA824C3 MSKA824C2Y

Two - 15' CablesOne - 15' Cable &

One- 25' CableDefined Area

Black Anodized

Two - 25' Cables

406 mm (16")

MSKA824C2

MSKA1624C1

Two - 25' Cables114 mm (4.5") MSKA424C1

MSKA1624C3

MSKA424C3MSKA424C2 MSKA424C2Y

MSKA824C1Y

Two - 15' Cables

Yellow Painted

MSKA424C1Y

MSKA824C3Y

One - 15' Cable &One- 25' Cable

MSKA1624C2Y

MSKA424C3Y

MSKA1624C2

305 mm (12") MSKA1224C1 MSKA1224C3MSKA1224C2 MSKA1224C2Y

MSKA1624C1Y

MSKA1224C1Y

MSKA1624C3Y

MSKA1224C3Y

610 mm (24") MSKA2424C1 MSKA2424C3 MSKA2424C2Y

813 mm (32")

MSKA2424C2

MSKA3224C1

508 mm (20") MSKA2024C1

MSKA3224C3


MSKA2424C1Y

MSKA2024C1Y

MSKA2424C3Y

MSKA3224C2Y

MSKA2024C3Y

MSKA3224C2


MSKA3224C1Y

MSKA2824C1Y

MSKA3224C3Y

MSKA2824C3Y

1016 mm (40") MSKA4024C1 MSKA4024C3 MSKA4024C2Y

1219 mm (48")

MSKA4024C2

MSKA4824C1

914 mm (36") MSKA3624C1

MSKA4824C3


MSKA4024C1Y

MSKA3624C1Y

MSKA4024C3Y

MSKA4824C2Y

MSKA3624C3Y

MSKA4824C2


MSKA4824C1Y

MSKA4424C1Y

MSKA4824C3Y

MSKA4424C3Y


215 mm (8.5") MSXLKA824C1 MSXLKA824C3 MSXLKA824C2Y



Black Anodized

Two - 25' Cables

406 mm (16")

MSXLKA824C2

MSXLKA1624C1

Two - 25' Cables114 mm (4.5") MSXLKA424C1

MSXLKA1624C3

MSXLKA424C3MSXLKA424C2 MSXLKA424C2Y

MSXLKA824C1Y

Two - 15' Cables

Yellow Painted

MSXLKA424C1Y

MSXLKA824C3Y


MSXLKA1624C2Y

MSXLKA424C3Y

MSXLKA1624C2

305 mm (12") MSXLKA1224C1 MSXLKA1224C3MSXLKA1224C2 MSXLKA1224C2Y

MSXLKA1624C1Y

MSXLKA1224C1Y

MSXLKA1624C3

MSXLKA1224C3

610 mm (24") MSXLKA2424C1 MSXLKA2424C3 MSXLKA2424C2Y

813 mm (32")

MSXLKA2424C2

MSXLKA3224C1

508 mm (20") MSXLKA2024C1

MSXLKA3224C3


MSXLKA2424C1Y

MSXLKA2024C1Y

MSXLKA2424C3

MSXLKA3224C2Y

MSXLKA2024C3

MSXLKA3224C2


MSXLKA3224C1Y

MSXLKA2824C1Y

MSXLKA3224C3

MSXLKA2824C3

1016 mm (40") MSXLKA4024C1 MSXLKA4024C3 MSXLKA4024C2Y

1219 mm (48")

MSXLKA4024C2

MSXLKA4824C1

914 mm (36") MSXLKA3624C1

MSXLKA4824C3


MSXLKA4024C1Y

MSXLKA3624C1Y

MSXLKA4024C3

MSXLKA4824C2Y

MSXLKA3624C3

MSXLKA4824C2


MSXLKA4824C1Y

MSXLKA4424C1Y

MSXLKA4824C3

MSXLKA4424C3

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P to the model number of the system kit, for example: MSXLKA424C1P.

MINI-SCREEN kits contain a controller, an emitter and receiver of equal length, standard mounting brackets, and a pair of interconnecting cables.


34/94



MINI-SCREEN Kits

Appendices


215 mm (8.5") MSKB824C1 MSKB824C3 MSKB824C2Y



Black Anodized

Two - 25' Cables

406 mm (16")

MSKB824C2

MSKB1624C1

Two - 25' Cables114 mm (4.5") MSKB424C1

MSKB1624C3

MSKB424C3MSKB424C2 MSKB424C2Y

MSKB824C1Y

Two - 15' Cables

Yellow Painted

MSKB424C1Y

MSKB824C3Y


MSKB1624C2Y

MSKB424C3Y

MSKB1624C2

305 mm (12") MSKB1224C1 MSKB1224C3MSKB1224C2 MSKB1224C2Y

MSKB1624C1Y

MSKB1224C1Y

MSKB1624C3Y

MSKB1224C3Y

610 mm (24") MSKB2424C1 MSKB2424C3 MSKB2424C2Y

813 mm (32")

MSKB2424C2

MSKB3224C1

508 mm (20") MSKB2024C1

MSKB3224C3


MSKB2424C1Y

MSKB2024C1Y

MSKB2424C3Y

MSKB3224C2Y

MSKB2024C3Y

MSKB3224C2


MSKB3224C1Y

MSKB2824C1Y

MSKB3224C3Y

MSKB2824C3Y

1016 mm (40") MSKB4024C1 MSKB4024C3 MSKB4024C2Y

1219 mm (48")

MSKB4024C2

MSKB4824C1

914 mm (36") MSKB3624C1

MSKB4824C3


MSKB4024C1Y

MSKB3624C1Y

MSKB4024C3Y

MSKB4824C2Y

MSKB3624C3Y

MSKB4824C2


MSKB4824C1Y

MSKB4424C1Y

MSKB4824C3Y

MSKB4424C3Y


215 mm (8.5") MSXLKB824C1 MSXLKB824C3 MSXLKB824C2Y



Black Anodized

Two - 25' Cables

406 mm (16")

MSXLKB824C2

MSXLKB1624C1

Two - 25' Cables114 mm (4.5") MSXLKB424C1

MSXLKB1624C3

MSXLKB424C3MSXLKB424C2 MSXLKB424C2Y

MSXLKB824C1Y

Two - 15' Cables

Yellow Painted

MSXLKB424C1Y

MSXLKB824C3Y


MSXLKB1624C2Y

MSXLKB424C3Y

MSXLKB1624C2

305 mm (12") MSXLKB1224C1 MSXLKB1224C3MSXLKB1224C2 MSXLKB1224C2Y

MSXLKB1624C1Y

MSXLKB1224C1Y

MSXLKB1624C3Y

MSXLKB1224C3Y

610 mm (24") MSXLKB2424C1 MSXLKB2424C3 MSXLKB2424C2Y

813 mm (32")

MSXLKB2424C2

MSXLKB3224C1

508 mm (20") MSXLKB2024C1

MSXLKB3224C3


MSXLKB2424C1Y

MSXLKB2024C1Y

MSXLKB2424C3Y

MSXLKB3224C2Y

MSXLKB2024C3Y

MSXLKB3224C2


MSXLKB3224C1Y

MSXLKB2824C1Y

MSXLKB3224C3Y

MSXLKB2824C3Y

1016 mm (40") MSXLKB4024C1 MSXLKB4024C3 MSXLKB4024C2Y

1219 mm (48")

MSXLKB4024C2

MSXLKB4824C1

914 mm (36") MSXLKB3624C1

MSXLKB4824C3


MSXLKB4024C1Y

MSXLKB3624C1Y

MSXLKB4024C3Y

MSXLKB4824C2Y

MSXLKB3624C3Y

MSXLKB4824C2


MSXLKB4824C1Y

MSXLKB4424C1Y

MSXLKB4824C3Y

MSXLKB4424C3Y

Kits with MINI-SCREEN Model MSCB-1 Controller

Pigtail Quick-Disconnect OptionTo specify a kit with the pigtail QD option, add suffix P to the model number of the system kit, for example: MSXLKB424C1P.

MINI-SCREEN kits contain a controller, an emitter and receiver of equal length, standard mounting brackets, and a pair of interconnecting cables.


35/94



MINI-SCREEN Kits

Kits with MINI-SCREEN Model MSCT-1 Controller


215 mm (8.5") MSKT824C1 MSKT824C3 MSKT824C2Y



Black Anodized

Two - 25' Cables

406 mm (16")

MSKT824C2

MSKT1624C1

Two - 25' Cables114 mm (4.5") MSKT424C1

MSKT1624C3

MSKT424C3MSKT424C2 MSKT424C2Y

MSKT824C1Y

Two - 15' Cables

Yellow Painted

MSKT424C1Y

MSKT824C3Y


MSKT1624C2Y

MSKT424C3Y

Date post:	02-Jun-2018
Category:	Documents
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