Allen Bradley Slc 500 10 Slot Rack



500

Allen bradley 1746-a10 b 1746-p2 c slc 500 10 slot rack & power supply w/modules. $149.99 + shipping. SLC modular chassis provide flexibility in system configuration. Four chassis sizes are available to suit your application needs. Choose from 4-slot, 7-slot, 10-slot, and 13-slot chassis based on your modular hardware component requirements. The SLC 1746 modular chassis houses the processor or I/O adapter module and the I/O modules. A maximum of 3 chassis can be interconnected with chassis. SLC 500 Allen Bradley Programmable Logic Controls. 1746-A10 Series B 10-Slot Rack - Replacement Manufacturer: Allen Bradley. Price: $250.16 per Each. Allen Bradley I/O Rack for 1746, 10 slots AB 1746-A 1746-A1: 1746-A13: Allen Bradley I/O chassis for Input Output modules, 13 slots AB Rockwell Automation 1746 -A -A1: 1746-A2: SLC-500 Rack Chassis Two Slot Expansion Rack Holds Modules Allen Bradley: 1746-A4: Allen Bradley I/O Rack for 1746, 4 slots AB 1746-A4: 1746-A7.

Allen Bradley Slc 500 10 Slot Rack Bracket

Description

Model Type
Manufacturer(s)
Allen Bradley

Additional Information

I/O Chassis, Type: SLC Series, Capacity: 7 Slot, Mounting: Panel, Temperature Rating: 0 – 60 DEG C, Enclosure: Open Type, Form Factor: Slot Type Chassis, Cooling: Convection, Length: 5.8 IN, Width: 11.3 IN, Height: 6.8 IN, Maximum Backplane Current: 5.1 VDC At 10 A, 24 VDC A 2.88 A, Weight: 2.4 LB Without Modules, Power Rating: Power consumption: 1.8 W, Power Dissipation: 6.1 BTU/HR, Standard/Approvals: KC certified, GOST, MARINE
SPECIFICATIONS

Allen Bradley Slc 500 10 Slot Racks

  • Item Name: I/O Chassis

  • Type: SLC Series

  • Capacity: 7 Slot

  • Mounting: Panel

  • Temperature Rating: 0 – 60 DEG C

  • Enclosure: Open Type

  • Form Factor: Slot Type Chassis

  • Cooling: Convection

  • Length: 5.8 IN

  • Width: 11.3 IN

  • Height: 6.8 IN

  • Maximum Backplane Current: 5.1 VDC At 10 A, 24 VDC A 2.88 A

  • Weight: 2.4 LB Without Modules

  • Power Rating: Power consumption: 1.8 W, Power Dissipation: 6.1 BTU/HR