1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch
1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch
Part #: 1756-IF16 Manufactured by: Allen-Bradley

1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch

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Product Overview
Allen-Bradley 1756-IF16 ControlLogix Analog Input Module with 16 single, 8 differentials, 4 highspeed differential Inputs....  Read more
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Warranty for item #: 1756-IF16
IQElectro offers a complimentary 2-year warranty on all our products. This ensures that every purchase you make from IQElectro is a reliable and trustworthy investment for the future of your company. Warranty Terms
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1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch
    1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch
1756-IF16 | Allen-Bradley ControlLogix Analog Input Module, Current/Voltage, 16-Ch
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Product Description P/N: 1756-IF16

Description / Specifications

Description 

The Allen-Bradley 1756-IF16 is a ControlLogix module that features Sixteen (16) single ended or Eight (8) Differential or Four (4) differential high-speed analog input channels. This module supports input signal ranges of ±10V, 0-10V, 0-5V and 0-20 mA with resolution of 320 µV/count (15 bits + sign bipolar) @ ±10.25V; 160 µV/count (16 bits) @ 0-10.25V; 80 µV/count (16 bits) @ 0-5.125V and 0.32 µA/count (16 bits) @ 0-20.5 mA. This module is used with 1756-TBCH or 1756-TBS6H Removable Terminal Block (RTB).

 

Technical Specifications 

 

Brand Allen-Bradley
Series ControlLogix
Part Number 1756-IF16
Manufacturer Rockwell Automation
Data format Integer mode (left justified, 2 s complement) IEEE 32-bit floating point
Module conversion method Sigma-Delta
Removable Terminal Block (RTB) 1756-TBCH 1756-TBS6H
Total Backplane power 2.33 W
Backplane Current, 24VDC 65 mA
Backplane Current, 5.1VDC 150 mA
Scan Time 16 pt single-ended: 16-488 ms; 8 pt differential: 8-244 ms and 4 pt high-speed differential: 5-122 ms
Settling time <80 ms to 5% of full-scale
Resolution 320 µV/count (15 bits + sign bipolar) @ ±10.25V; 160 µV/count (16 bits) @ 0…10.25V: 80 µV/count (16 bits) @ 0…5.125V; 0.32 µA/count (16 bits) @ 0…20.5 mA
Analog signals ±10V, 0-10V, 0-5V and 0-20 mA
No. of Inputs 16 single ended, 8 differential or 4 differential (high speed)
Module Type Analog Input module
Inputs 16 single, 8 differential, 4 highspeed differential
Input Resolution (+/-) 10.25 Volts, 0 to 5.125 Volts, 0 to 10.25 Volts
Backplane Current (5Volts) 150 milliamps
Backplane Current (24Volts) 65 milliamps
Power Dissipation (Max) 2.3 Watts (Voltage), 3.9 Watts (Current)
Removeable Terminal Blocks 1756-TBCH, 1756-TBS6H
Maximum Input Current, Off-State 1.5 milliamperes
Power Consumption 2.3 Watts

  

 

Information About 1756-IF16

The Allen-Bradley 1756-IF16 is a ControlLogix analog input module. This module accepts current and voltage signals such as ±10V, 0-10V, 0-5V and 0-20 mA. This module supports Three (3) types of signal wiring configuration such as single-ended, differential and high-speed differential wiring. Among the supported wiring configurations, single-ended wiring is the most sensitive to noises and must be used with signals having a common ground. For increased noise susceptibility, differential wiring method is used while high-speed differential wiring is used in systems that require fast data updates, relative to the input signals.

With single-ended wiring, the module becomes a Sixteen (16) channel analog input module. Similarly, the module is reduced to an Eight (8) channel analog input module when used with differential wiring. Furthermore, the module becomes a Four (4) channel analog input module when the module is wired as high-speed differential wiring.

The 1756-IF16 individual resolutions are 320 µV/count (15 bits + sign bipolar) @ ±10.25V input range; 160 µV/count (16 bits) @ 0-10.25V input range; 80 µV/count (16 bits) @ 0-5.125V input range and 0.32 µA/count (16 bits) @ 0-20.5 mA. This module has scan time that varies such as16-488 ms for single-ended; 8-244 ms with differential wiring and 5-122 ms with high-speed differential wiring. It has a built-in analog-to-digital converter circuitry using the Sigma-Delta method. Converted data is stored following integer mode (left justified, 2 s complement) IEEE 32-bit floating point data format. This module has a calibrated accuracy of better than 0.05% of range for Voltage input and 0.15% of range for Current input.

The 1756-IF16 can be wired using three different methods, depending on the user's and application's requirements such as single-ended wiring, differential wiring, and high-speed mode differential wiring. The single-ended wiring method is best when all input devices are tied to a common ground. This is for comparing one side of the signal input to signal ground to get the difference, which is then used by the module in generating digital data for the controller. When applications do not have a common ground or can have separate signal pairs, using the differential wiring method is recommended. This wiring method is also for environments where an improved noise immunity is needed. The channels in a differential mode are not completely isolated from each other. One channel may affect the reading of another channel if multiple differential input signals have different voltage common references. When this happens, users should wire the input on different modules or replace the non-isolated module with an isolated input module. 8 connections are allowed in this mode. Lastly, the high-speed mode differential wiring method allows for the fastest possible data updates. However, certain conditions are required for users to be able to use the high-speed mode. First, it uses the differential wiring method. Second, when in this mode only one of every four channels on the module can be used. The power consumption of the 1756-IF16 module is 2.3 Watts and it has a total backplane power of 2.33 Watts. The input range is ± 10 Volts, from 0 to 10 Volts, 0 to 5 Volts, or 0 to 20 mA.

The current draw of this module at 5.1 Volts is 150 mA, or is 65 mA at 24 Volts. The voltage and current ratings of the backplane are 5.1 Volts DC, 150 mA at maximum, and 24 Volts DC 65 mA at maximum. The input current range is from 4 to 20 mA and the input voltage range is from -10 to 10 Volts and limited to 100VA. The Voltage power dissipation is around 2.3 Watts and the current power dissipation is 3.9 Watts. The thermal dissipation for the voltage is 7.84 BTU/hour and 13.3 BTU/hour for current. It also has a maximum overvoltage protection of 30 Volts DC (voltage) and 8 Volts DC (current).



Manufacturer information

Allen-Bradley, a brand of Rockwell Automation, specializes in manufacturing industrial automation equipment. The product range includes programmable logic controllers (PLCs), motion control systems, safety devices, motor control equipment, automation software, and HMI panels. Allen-Bradley products are known for their reliability and integration with other systems.

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IQElectro 2 Year Warranty

IQElectro offers a 2-Year Warranty on all our products. This complimentary two-year warranty ensures that every purchase from IQElectro is a secure investment in the future of your company.
Warranty Terms
warningIQElectro is not an authorized distributor.
IQElectro LLC (IQElectro) is NOT an Authorized Distributor or in any way affiliated with Rockwell Automation, Siemens, or any other Manufacturers. IQElectro is NOT an Authorized Dealer of this product. The product may be of older version, date codes, or design than that available from authorized dealers. As IQElectro is not an authorized dealer of this product, the Original Manufacturer's Warranty and Support DO NOT apply. IQElectro sells SURPLUS only and DOES NOT SELL SOFTWARE or FIRMWARE licenses. Some hardware products may contain software and firmware and may not be legally operated without first obtaining an appropriate license from the manufacturer. IQElectro makes no representation as to whether a product will or will not have software or firmware and, if it does, whether the software or firmware is the revision level that you need for your application. IQElectro also makes no representations as to your ability or right to download or otherwise obtain software or firmware for the product from the Original Manufacturer, its distributors, or any other source. IQElectro also makes no representations as to your right to install any such software or firmware on the product. IQElectro will not obtain or supply software or firmware on your behalf. It is your obligation to comply with the terms of any End-User License Agreement or similar document related to obtaining or installing software or firmware. Customer acknowledges and agrees that IQElectro DOES NOT provide any software, firmware, operating system, or right-to-use licenses with the products it sells. Customers understand and agree that proper software (firmware) licensing, maintenance, and upgrades are subject to the applicable manufacturer's Licensing Agreement or similar document. Disclaimer Policy.
Description / Specifications

Description 

The Allen-Bradley 1756-IF16 is a ControlLogix module that features Sixteen (16) single ended or Eight (8) Differential or Four (4) differential high-speed analog input channels. This module supports input signal ranges of ±10V, 0-10V, 0-5V and 0-20 mA with resolution of 320 µV/count (15 bits + sign bipolar) @ ±10.25V; 160 µV/count (16 bits) @ 0-10.25V; 80 µV/count (16 bits) @ 0-5.125V and 0.32 µA/count (16 bits) @ 0-20.5 mA. This module is used with 1756-TBCH or 1756-TBS6H Removable Terminal Block (RTB).

 

Technical Specifications 

 

Brand Allen-Bradley
Series ControlLogix
Part Number 1756-IF16
Manufacturer Rockwell Automation
Data format Integer mode (left justified, 2 s complement) IEEE 32-bit floating point
Module conversion method Sigma-Delta
Removable Terminal Block (RTB) 1756-TBCH 1756-TBS6H
Total Backplane power 2.33 W
Backplane Current, 24VDC 65 mA
Backplane Current, 5.1VDC 150 mA
Scan Time 16 pt single-ended: 16-488 ms; 8 pt differential: 8-244 ms and 4 pt high-speed differential: 5-122 ms
Settling time <80 ms to 5% of full-scale
Resolution 320 µV/count (15 bits + sign bipolar) @ ±10.25V; 160 µV/count (16 bits) @ 0…10.25V: 80 µV/count (16 bits) @ 0…5.125V; 0.32 µA/count (16 bits) @ 0…20.5 mA
Analog signals ±10V, 0-10V, 0-5V and 0-20 mA
No. of Inputs 16 single ended, 8 differential or 4 differential (high speed)
Module Type Analog Input module
Inputs 16 single, 8 differential, 4 highspeed differential
Input Resolution (+/-) 10.25 Volts, 0 to 5.125 Volts, 0 to 10.25 Volts
Backplane Current (5Volts) 150 milliamps
Backplane Current (24Volts) 65 milliamps
Power Dissipation (Max) 2.3 Watts (Voltage), 3.9 Watts (Current)
Removeable Terminal Blocks 1756-TBCH, 1756-TBS6H
Maximum Input Current, Off-State 1.5 milliamperes
Power Consumption 2.3 Watts

  

 

Information About 1756-IF16

The Allen-Bradley 1756-IF16 is a ControlLogix analog input module. This module accepts current and voltage signals such as ±10V, 0-10V, 0-5V and 0-20 mA. This module supports Three (3) types of signal wiring configuration such as single-ended, differential and high-speed differential wiring. Among the supported wiring configurations, single-ended wiring is the most sensitive to noises and must be used with signals having a common ground. For increased noise susceptibility, differential wiring method is used while high-speed differential wiring is used in systems that require fast data updates, relative to the input signals.

With single-ended wiring, the module becomes a Sixteen (16) channel analog input module. Similarly, the module is reduced to an Eight (8) channel analog input module when used with differential wiring. Furthermore, the module becomes a Four (4) channel analog input module when the module is wired as high-speed differential wiring.

The 1756-IF16 individual resolutions are 320 µV/count (15 bits + sign bipolar) @ ±10.25V input range; 160 µV/count (16 bits) @ 0-10.25V input range; 80 µV/count (16 bits) @ 0-5.125V input range and 0.32 µA/count (16 bits) @ 0-20.5 mA. This module has scan time that varies such as16-488 ms for single-ended; 8-244 ms with differential wiring and 5-122 ms with high-speed differential wiring. It has a built-in analog-to-digital converter circuitry using the Sigma-Delta method. Converted data is stored following integer mode (left justified, 2 s complement) IEEE 32-bit floating point data format. This module has a calibrated accuracy of better than 0.05% of range for Voltage input and 0.15% of range for Current input.

The 1756-IF16 can be wired using three different methods, depending on the user's and application's requirements such as single-ended wiring, differential wiring, and high-speed mode differential wiring. The single-ended wiring method is best when all input devices are tied to a common ground. This is for comparing one side of the signal input to signal ground to get the difference, which is then used by the module in generating digital data for the controller. When applications do not have a common ground or can have separate signal pairs, using the differential wiring method is recommended. This wiring method is also for environments where an improved noise immunity is needed. The channels in a differential mode are not completely isolated from each other. One channel may affect the reading of another channel if multiple differential input signals have different voltage common references. When this happens, users should wire the input on different modules or replace the non-isolated module with an isolated input module. 8 connections are allowed in this mode. Lastly, the high-speed mode differential wiring method allows for the fastest possible data updates. However, certain conditions are required for users to be able to use the high-speed mode. First, it uses the differential wiring method. Second, when in this mode only one of every four channels on the module can be used. The power consumption of the 1756-IF16 module is 2.3 Watts and it has a total backplane power of 2.33 Watts. The input range is ± 10 Volts, from 0 to 10 Volts, 0 to 5 Volts, or 0 to 20 mA.

The current draw of this module at 5.1 Volts is 150 mA, or is 65 mA at 24 Volts. The voltage and current ratings of the backplane are 5.1 Volts DC, 150 mA at maximum, and 24 Volts DC 65 mA at maximum. The input current range is from 4 to 20 mA and the input voltage range is from -10 to 10 Volts and limited to 100VA. The Voltage power dissipation is around 2.3 Watts and the current power dissipation is 3.9 Watts. The thermal dissipation for the voltage is 7.84 BTU/hour and 13.3 BTU/hour for current. It also has a maximum overvoltage protection of 30 Volts DC (voltage) and 8 Volts DC (current).



Manufacturer information

Allen-Bradley, a brand of Rockwell Automation, specializes in manufacturing industrial automation equipment. The product range includes programmable logic controllers (PLCs), motion control systems, safety devices, motor control equipment, automation software, and HMI panels. Allen-Bradley products are known for their reliability and integration with other systems.

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