VS-ACK-CPWR VeriSafe Access Control Kit, For Use With Absence of Voltage Tester Kit

MFR:
Panduit
MFR #:
VS-ACK-CPWR
UPC:
613056763715
Item #:
1461034

Availability

Location Available Qty
Available Available to Order

The VeriSafe™ Access Control Kit provides an added layer of protection by preventing enclosure doors from being opened until the absence of voltage is confirmed. The Access Control Kit provides an integrated solution that can be added to new or existing AVT installations. When the AVT confirms the absence of voltage, a signal is sent to disengage the lock. The system can be powered by auxiliary power within the enclosure or via an optional battery. The kit contains the components and hardware necessary to incorporate this functionality into electrical enclosures.

Manuals and Documentation

Features

  • Prevents enclosure from being access until absence of voltage is confirmed by AVT
  • Protects personnel from electrical hazards
  • Latch automatically relocks upon closure
  • Remains locked if auxiliary power is lost
  • Key hardware included for quick and easy installation
  • Flexible design for use with multiple enclosure types
  • Heavy duty locking mechanism
  • Prevents enclosure from being access until absence of voltage is confirmed by AVT
  • Protects personnel from electrical hazards
  • Latch automatically relocks upon closure
  • Remains locked if auxiliary power is lost
  • Key hardware included for quick and easy installation
  • Flexible design for use with multiple enclosure types
  • Heavy duty locking mechanism
Manufacturer Part Number VS-ACK-CPWR
Brand Panduit®
Manufacturer Panduit
UPC 613056763715
EAN 0613056763715
Country Of Origin US
Suitable For Use With VeriSafe™ Absence of Voltage Tester Kit
Alternative Part Number 14889245 | 14889369
Manufacturer Item Status Active
Country USA/Canada
Warranty 1 year
Standards Approvals NEMA/UL/CSA Rated Type 4 and 12 | ARRA Compliant | Buy American Act Compliant | RoHS 2011/65/EU | NEMA/UL /CSA Type 4/12
Includes Electronic Latch, Mounting Hardware and Mechanical Override