NIB ALLEN BRADLEY 1746-OB8 OUTPUT MODULE 1746OB8 SER. A BRNAD NEW
 
 
 
Quick Details:

 

 

• ALLEN BRADLEY

• 1746-OB8

• 1746OB8

• OUTPUT MODULE

• SLC 500

• DIGITAL

• 8 CHANNELS

• CURRENT SOURCING

• 10-50 VDC

• OPEN STYLE CHASSIS

• AVAILABLE

• New one with one year warranty and used one with six moths warranty

• Weight:1.07lbs

 
 
 
Description:
 

The AB 1746-OB8 is a SLC 500 Digital DC Output Module. This Digital DC Output Module has a Voltage Range of 10-50 Volts DC

 

Source and 8 Outputs. It has a Backplane Current (5 Volts) of 135 milliamps.

 

 

 

About 1746-OB8

 

The AB 1746-OB8 is a DC output module that has 8 outputs but no inputs. It has a voltage category of 24V DC in signal output and its number of points per common is 8. It has a total heat dissipation of 6.9 W and a maximum signal delay of 1A and 8A at 30°C and 0.5A and 4A at 60°C, respectively. Moreover, the maximum off-state leakage of this module is 1mA and the maximum thermal dissipation is 6.9 W. The 1746-OB8 has a maximum On-state voltage drop of 1.2V at 1A and 3A for 10ms maximum surge current per point. It has a backplane current consumption of 135mA at 5V DC and 0 mA at 24V DC. It has minimum load current of 1 mA. Please watch out for transient pulses which can occur when the external DC supply voltage is applied to the output common terminals. Please refer to the user manual for more information about transient pulses.

The 1746-OB8 has a design that complies with international standards. It is UL-listed, CE compliant, and CSA and C-Tick certified. It has an operating humidity that ranges from 5 – 95% (non-condensing). When in use, you need to ensure that the temperature does not exceed 60°C or fall below 0°C. You need to store this module in an area that has a temperature range of -40-85°C. The electro-optical insulation between the I/O terminals and control logic device of this module is 1500 V. This module is compatible with Windows programming software or a hand-held terminal (HHT). Therefore, it can be configured easily through your computer.