in stock#
Brand/ Manufacturer:
Dimensions:
24.5 cm x 16.5 cm x 5.5 cmWeight:
0.4 kgCountry of Origin: :
USADescription:
1746-IB16/C SLC 16 Point DC Input Module
Mfr. Part Number: |
1746-IB16/C |
Manufacturer: | / Automation |
Description: |
1746-IB16/C SLC 16 Point DC Input Module |
Full Description: |
1746-IB16/C SLC 16 Point DC Input Module an SLC500 module that features Sixteen (16) Discrete sinking input channels |
Status: |
In stock |
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The 1746-IB16 is an SLC500 module that features Sixteen (16) Discrete sinking input channels. It has One (1) group of input channels and operates at nominal signal voltage of 24VDC with operating voltage range of 10-30VDC. It is compatible for use with any SLC500 chassis.
The 1746-IB16 is a medium density DC input module that is used to interface with signal devices that delivers a signal voltage range of 10-30VDC towards each of the input channel of the module. This module features Sixteen (16) input channels, rated for nominal input voltage of 24VDC, grouped into One (1) input group, having a single common terminal. This input module is mounted to any available I/O slot of the 1746-Chassis and draws backplane current of 0.05 A @ 5VDC.
The 1746-IB16 supports sinking wiring configuration only. It cab used to interface with electrical components such as switches including limit, proximity, pushbutton devices as well as auxiliary contacts of relays, contactors and other electronic devices. Each of the input channels of the 1746-IB16 exhibits a common signal delay duration of 8 ms for both On and OFF transitions, with maximum OFF-state voltage of 5VDC and maximum OFF-state current of 1 mA while the module’s nominal input current is 8 mA @ 24VDC.
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Manufacturer |
Automation |
Module Type |
Digital DC Sinking Input |
Series |
SLC 500 |
Part Number/Catalog No. |
1746-IB16 |
Brand |
|
No. of Inputs |
16; Sinking input |
Input Voltage |
24 Volts DC |
Input Voltage range |
10-30VDC |
Input Current, nominal |
8mA @24VDC |
Signal Delay, ON transition |
8 ms |
Backplane Current |
0.050 A |
Thermal Dissipation per channel |
.20 Watts |
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