vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 1 GE Measurement & Control vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 Class I, Division 2, Groups A, B, C, D certification has been granted by the Canadian Standards Association for CSA labeled variants of the following instrument models: • vb5™ Data Collector • vb6™ Data Collector • vb7™ Vibration Analyzer • vb8™ Vibration Analyzer • vbBalancer™ Imbalance Correction Instrument • vbBalancer+™ Imbalance Correction Instrument See attached certificate for details. Notes 1. ONLY instruments bearing the CSA logo and Hazardous Area information are certified. vbSeries instruments without the CSA logo are NOT CERTIFIED. 2. The use of noncertified sensors and/or accessories WILL VOID instrument Class I, Division 2 CSA certification.
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vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 1
GE Measurement & Control
vbSeries® Portable Instrument Hazardous Area
Certification Class I, Division 2
Class I, Division 2, Groups A, B, C, D certification has been granted by the Canadian Standards Association for CSA labeled variants of the following instrument models:
1. ONLY instruments bearing the CSA logo and Hazardous Area information are certified. vbSeries instruments without the CSA logo are NOT CERTIFIED.
2. The use of noncertified sensors and/or accessories WILL VOID instrument Class I, Division 2 CSA certification.
vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 2
GE Measurement & Control
vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 3
GE Measurement & Control
vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 4
GE Measurement & Control
vbSeries® Portable Instrument Hazardous Area Certification Class I, Division 2 5
GE Measurement & Control
vbX/SCOUT INSTALLATION CONTROL DRAWING
FOR HAZARDOUS LOCATIONS
Drawing Number: CIL2100VBX Entire drawing is for Hazardous Location (Class I, Division 2, Groups A, B, C, D)
Warnings: 1. Recharge or change battery only in a non-hazardous area. 2. Use USB or Ethernet only in a non-hazardous area.
3. Substitution of components may impair suitability for Class I, Division 2.
Notes: 1. No revisions of this drawing are permitted without CSA approval. 2. If the sensor model is not specified, any sensor certified for the location may be used provided that the senor entity parameters meet the
above conditions and the final installation meets also the individual installation requirements for each specified sensor. 3. CSA Master Contract: 150368
PO Box 9297, Christchurch, New Zealand. Tel: (64-3) 9430-700 Fax: (64-3) 9430-727
Title:
vbX/SCOUT INSTALLATION CONTROL DRAWING
FOR HAZARDOUS LOCATIONS
Drawing No:
CIL2100VBX
Date:
3 Jun 2013
Approved by:
NL (3 Jun, rev5) Revision:
5
Ethernet USB Charger
CH1-4 TACH
Battery pack BATT0206 7.4 V 4500 mA Hr Li-Ion Do not recharge or change in hazardous locations
vbX/SCOUT
Instrument
Not to be used in hazardous locations
Any loop-powered sensor (IEPE/ICP®)
with certified input entity parameters: Vmax: ≥ 26.4 V
lmax: ≥ 47 mA Pmax: ≥ 310 mW
Li: ≤ 28 mH - Lcable Ci: ≤ 360 nF – Ccable
Any externally-powered sensor with certified output entity parameters:
Voc: ≤ 30 V Isc: ≤ 25 mA
La: ≥ Lcable Ca: ≥ 2 nF + CCable
Commtest/Bently sensor AM1-100-T2 or
A32-100-S4 or A33-100-TM, with cable: Length: ≤ 10 m Capacitance: ≤ 200 pF/m
Inductance: ≤ 1 µH/m
Any sensor powered by the vbX or Scout with certified input entity parameters:
with certified output entity parameters: Voc: ≤ 30 V
lsc: ≤ 100 mA La: ≥ Lcable
Ca: ≥ 3 nF + CCable
vbSeries® Portable Instrument IP65 Rating
The following instruments have been independently verified as complying with the
relevant provisions of AS/NZS 60529:2004 for an IP65 rating:
• vb5™ Data Collector
• vb6™ Data Collector
• vb7™ Data Collector and Analyzer
• vb8™ Data Collector and Analyzer
• vbBalancer™ Imbalance Correction Instrument
• vbBalancer+™ Imbalance Correction Instrument
See attached document for details.
Notes 1. The communications area cover seal must be securely fitted to maintain the
instrument’s IP65 rating.
2. Only instruments with serial numbers 40500 and higher are IP65 certified.
3. AS/NZS 60529:2004 is reproduced from IEC 60529:2001 with minor modifications
and editorial corrections. Similarly, ANSI 60529:2004 is the US adoption of IEC
60529:2001.
APPROVED BY: TESTED BY:
Christopher Bennetts Christopher Olds IANZ Signatory Engineer
10 VANADIUM PLACE, PO BOX 9194, ADDINGTON 8243, CHRISTCHURCH, NEW ZEALAND Page 1 of 11
TEL: +64 3 339 1670 FAX: +64 3 339 1671 EMAIL: [email protected] INTERNET: www.nz.ul.com All tests reported herein have been performed in accordance with the laboratory’s IANZ approved scope of accreditation.
363 International Accreditation New Zealand (IANZ) has a Mutual Recognition Arrangement (MRA) with the National Association of Testing Authorities (NATA), Australia, such that both organisations recognise accreditations by IANZ and NATA as being equivalent. Users of test reports are recommended to accept test reports in
the name of either accrediting body.
Laboratory Test Report Report No.: 13594-00 This report may not be reproduced except in full. Date Issued: 17 January 2007 It contains no corrections or erasures.
INSTRUCTIONS: Test for compliance with AS 60529:2004 “Degrees of protection provided by enclosures (IP code)” for an IP65 Rating.
CONTENTS: General Test Specification Date of test Description Results: AS 60529:2004
SUMMARY: All test results in this report in relation to the Commtest Instruments vb7 confirmed that the specimen complied with the relevant provisions of AS 60529:2004 for an IP65 Rating.
vbSeries® Portable Instrument Drop Test
Test Parameters
Test performed according to MIL-STD-810F-516.5-IV, 4.5.5 Procedure IV - Transit
Drop & Table 516.5-VI
Drop Height: 1.22m (nominal 1.22 meters/48 inches)
Instrument S/N: 40388
Tester Name: AJS
Date: 27 November 2007
Instrument Configuration
o Memory Module and Processing Unit secured with nylon standoffs
o LCD protected with Inseal gasket
o Keypad cables secured with Inseal foam pads
o Battery cover is glass-filled nylon
o Analog: Test signal = 100Hz 1Vrms 12Vdc
o Before testing: CH1 = CH2 = 141.9 adB US
Results
Strike Orientation Powers Up After? Comments/Observations
Face: Front √
Face: Back √
Face: Left √
Face: Right √
Face: Top √
Face: Bottom √
Edge: Front/Top √
Edge: Front/Right √
Edge: Front/Left √
Edge: Front/Bottom √
Edge: Back/Top √
Edge: Back/Right √
Edge: Back/Left √
Edge: Back/Bottom √
Edge: Right/Top √
Edge: Right/Bottom √
Edge: Left/Top √
Edge: Left/Bottom √
Corner: Front/Top/Right √
Corner: Front/Btm/Right √
Corner: Front/Bottom/Left √
Corner: Front/Top/Left √
Corner: Back/Top/Right √
Corner: Back/Btm/Right √
Corner: Back/Bottom/Left √
Corner: Back/Top/Left √
Analog Cal-Check OK? √
Inspection After Test Completion
o Memory Module, Processing Unit, Speaker, Keypad Cables all remained secure
o LCD intact and operational. Battery Cover intact. CH2 BNC slightly dented but
connector cable will fit and still operational
o Analog response after testing: CH1 = CH2 = 141.9 adB US
