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1771-IVN | Allen Bradley Input Module
- Regular price
- $522.00
- Sale price
- $522.00
- Regular price
-
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Product Description P/N: 1771-IVN
Description
The Allen-Bradley 1771-IVN Input Module is a 16-point digital input module designed for PLC-5 systems. It operates with 10-60 V DC sink inputs, providing reliable signal processing for industrial automation applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen Bradley |
| Category |
PLCs/Machine Control
|
| Part Number | 1771-IVN |
| Subcategory |
PLC Module/Rack
|
| Weight | 0.99 lbs |
| Number of Inputs | 32 Inputs (4 Sets of 8) |
| Voltage Category | 10-60 Volts DC, Source (Sink Load) |
| DC Operating Voltage | 10-30 Volts |
| Backplane Current | 280 Milliamperes |
| Max DC Off-State Current | 1.7 Miliamperes |
| Typical DC Signal Delay (On) | 6 (+/- 2) ms (Digital Filter) |
| Typical DC Signal Delay (Off) | 50 ms |
| Typical AC Signal Delay (Off) | 45 (+/- 15) ms |
| Mounting | Rack Mountable |
Information About 1771-IVN
The Allen-Bradley 1771-IVN is a 16-point digital input module designed for use with PLC-5 systems, offering reliable performance in industrial automation applications. It processes DC input signals efficiently and is suitable for a variety of control systems.
Key Features and Specifications:
- Model: 1771-IVN
- Type: Digital Input Module
- Number of Inputs: 16
- Input Voltage Range: 10-60 V DC (sink configuration)
- Input Signal Delay:
- On: 10 ms (nominal)
- Off: 10 ms (nominal)
- Backplane Current: 195 mA at 5 V DC
- Input Current: 5.0 mA per point (nominal)
- Wiring: Compatible with 1771-WH wiring arm
- Isolation: Optical isolation between inputs and logic circuits for safety
- Mounting: Fits into a 1771 I/O chassis
- Environmental Rating: Designed for industrial environments with high durability
- Applications: Suitable for detecting the status of switches, sensors, or other field devices in automation systems
The 1771-IVN provides reliable and consistent input signal processing for monitoring and controlling discrete devices in PLC-5 systems, making it a versatile choice for automation environments.
Description
The Allen-Bradley 1771-IVN Input Module is a 16-point digital input module designed for PLC-5 systems. It operates with 10-60 V DC sink inputs, providing reliable signal processing for industrial automation applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen Bradley |
| Category |
PLCs/Machine Control
|
| Part Number | 1771-IVN |
| Subcategory |
PLC Module/Rack
|
| Weight | 0.99 lbs |
| Number of Inputs | 32 Inputs (4 Sets of 8) |
| Voltage Category | 10-60 Volts DC, Source (Sink Load) |
| DC Operating Voltage | 10-30 Volts |
| Backplane Current | 280 Milliamperes |
| Max DC Off-State Current | 1.7 Miliamperes |
| Typical DC Signal Delay (On) | 6 (+/- 2) ms (Digital Filter) |
| Typical DC Signal Delay (Off) | 50 ms |
| Typical AC Signal Delay (Off) | 45 (+/- 15) ms |
| Mounting | Rack Mountable |
Information About 1771-IVN
The Allen-Bradley 1771-IVN is a 16-point digital input module designed for use with PLC-5 systems, offering reliable performance in industrial automation applications. It processes DC input signals efficiently and is suitable for a variety of control systems.
Key Features and Specifications:
- Model: 1771-IVN
- Type: Digital Input Module
- Number of Inputs: 16
- Input Voltage Range: 10-60 V DC (sink configuration)
- Input Signal Delay:
- On: 10 ms (nominal)
- Off: 10 ms (nominal)
- Backplane Current: 195 mA at 5 V DC
- Input Current: 5.0 mA per point (nominal)
- Wiring: Compatible with 1771-WH wiring arm
- Isolation: Optical isolation between inputs and logic circuits for safety
- Mounting: Fits into a 1771 I/O chassis
- Environmental Rating: Designed for industrial environments with high durability
- Applications: Suitable for detecting the status of switches, sensors, or other field devices in automation systems
The 1771-IVN provides reliable and consistent input signal processing for monitoring and controlling discrete devices in PLC-5 systems, making it a versatile choice for automation environments.