1746-NI4 | Allen Bradley | Analog Input Module

1746-NI4  SLC 4 Point Analog Input Module



Allen  Bradley    1746-NI4  !!!  --- sales3@amikon.cn  



  Contact:  Jessica

                               Email:  sales3@amikon.cn 

                               Skype:  jessica01235483

                               Wechat:  hu18030235311

                               Mobile:  86-18030235311(WhatsApp)







The Allen Bradley SLCâ„¢ 500 4-Channel Analog Input Module 1746-NI4 contains 4 user-selectable analog channels for voltage or current to support multiple monitoring and control applications; it has a 16-bit resolution and contains a removable terminal block that provides connections analog input channel. This channel can be connected as a single or differential input. There is a DIP that switches on the circuit board to select the input or current voltage. The Backplane current at 5 Volts of this module is 25 mA; at 24 Volts, the current is 85 mA. Caution should be given to avoid connecting the voltage source without the transmitter current, etc. to the channel configured for current input. Incorrect module operation or module damage may occur.




The 1746-NI4 has Standard Cable Lengths of 0.5, 1, 2.5, and 5.0 meters. The AIFM Connector of this module is 15-pin D-shell.




The Allen Bradley 1746-NI4 has Current Loop Input Specifications: the input range is ±20 mA (nominal) and ±30 mA (maximum). The Input impedance is 250 Ω with a resolution of 1.22070 μA per LSB and an approximate Gain error drift of ±67 ppm/degrees Celsius: the overall accuracy at 25 degrees Celsius is ±0.365% of full scale, and  Â±0.642% at 60 degrees Celsius. The overall accuracy drift is +79 ppm/degree Celsius of full scale.




The 1746-NI4 also Voltage input Specifications: the input range is ±10 Volts DC -1 LSB. Its impedance is 1 MΩ. The accuracy drift is +63 ppm/°C of full scale. The Resolution is 305.176 μV per LSB, with a Gain error drift at ±57 ppm/degree Celsius. The Overall accuracy at 25 degrees Celsius is ±0.284% of full scale, and ±0.504% at 60 degrees Celsius.











Description 1746-NI4
Step Response (5 to 95%) 60 ms
Converter Resolution 16-bit
Conversion Method sigma-delta modulation
Non-linearity 0.01% of full scale (maximum)
Common Mode Voltage Range ±20V dc
Common Mode Rejection Ratio at 10 Hz 50 db
Common Mode Rejection Ratio at 60 Hz 105 db
Normal Mode Rejection at 60 Hz (min.) 55 db
Channel Bandwidth 10 Hz
Image Format (HEX) 0FFF






Allen  Bradley  1746-NI4


1746-NI4 | Allen Bradley | Analog Input Module





Email:sales3@amikon.cn                                                                                         





  Part Number:
  1746-NI4
  Module Type:

  Analog I/O Module

  Series:

  SLC 500

  Backplane Current (5 Volts):   25 milliamps
  Backplane Current (5 Volts):

  85 milliamps










HOT SALE --- please contact us !!!






1746-NR8 SLC 8 Point Resistance Input Module
1746-NT4 SLC 4 Point Input Module
1746-NT8 SLC 8 Point Digital Input Module
1746-OA16 SLC 16 Point Output Module
1746-OA8 SLC 8 Point Output Module
1746-OAP12 SLC High Current Output Module
1746-OB16 SLC 16 Point DC Output Module
1746-OB16E SLC 16 Point Protected Output Module
1746-OB32 SLC 32 Point Digital Output Module
1746-OB32E SLC 32 Point Digital Output Module
1746-OB8 SLC 8 Point Digital Output Module
1746-OBP16 SLC 16 Point Digital Output Module
1746-OBP8 SLC 8 Point Digital Output Module
1746-OG16 SLC 16 Point Digital Output Module
1746-OV16 SLC 16 Point Digital Output Module
1746-OV32 SLC 32 Point Digital Output Module
1746-OV8 SLC 8 Point Digital Output Module





Emal:sales3@amikon.cn                                                                                         




Packing:






Shipping:


     




Product Tags allen bradley website          allen bradley 800          allen bradley 2711         

INQUIRY

Contact us for all information about the product


click here to leave a message

leave a message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.