MSR338P Time Delay Expansion Module - 440R-W23226
MFG #440R-W23226
$660.57Â /Â E
Each
Each
Product Description:
Expansion Module, Group 3, Time Delay Output, , Guardmaster, Modular MSR338DP, 3 N.O. Safety Outputs, 1 N.C. Auxiliary Output, 24V DC FromBase Unit
HESCO Part Number
AB440RW23226
UPC
612598406982
Manufacturer Part Number
440R-W23226
Manufacturer
Allen-Bradley
MSR338P Time Delay Expansion Module - 440R-W23226
MFG #440R-W23226
Product Description:
Expansion Module, Group 3, Time Delay Output, , Guardmaster, Modular MSR338DP, 3 N.O. Safety Outputs, 1 N.C. Auxiliary Output, 24V DC FromBase Unit
HESCO Part Number
AB440RW23226
UPC
612598406982
Manufacturer Part Number
440R-W23226
Manufacturer
Allen-Bradley
$660.57Â /Â E
Each
Each
- Features
- Specifications
- Includes logic configuration with multiple inputs and control of multiple independent outputs
- Allows connection of multiple input modules to a single base unit
- Performs simple function block logic configurations through rotary switch settings as opposed to software configuration
Specifications
| Delayed Timing | :Â Â | None/N/A |
| Immediate Auxiliary Outputs | :Â Â | 1 N.C. |
| Input | :Â Â | N/A |
| Simultaneity | :Â Â | None |
| Delayed Auxiliary Outputs | :Â Â | N/A |
| Enclosure | :Â Â | 22.5 mm |
| Category Rating | :Â Â | Cat. 3 per EN 954-1 (ISO 13849-1) |
| Output | :Â Â | 3 N.O. |
| Reset | :Â Â | None / N/A |
| Delayed Safety Outputs | :Â Â | N/A |
| Power Supply | :Â Â | N/A |
| Muting | :Â Â | No |
| Selection | :Â Â | Select relay by Relay Model Number |
| Relay Model | :Â Â | MSR338DP |
| Contact Rating | :Â Â | 24V DC, 2.5A |
| Interface Type | :Â Â | N/A |
| Sipha Sensor | :Â Â | No |
| Solid State Outputs | :Â Â | N/A |
| Removable Terminals | :Â Â | Removable |
| Group Number | :Â Â | Group 3 |
| Output Switching Current, AC | :Â Â | 250V AC, 3A |
- Includes logic configuration with multiple inputs and control of multiple independent outputs
- Allows connection of multiple input modules to a single base unit
- Performs simple function block logic configurations through rotary switch settings as opposed to software configuration