Modicon Schneider Automation 800 I/O 115VAC IN 32PT Module AS-B807-132
The Modicon Schneider Automation AS-B807-132 is a 32-point input module designed for 115 VAC applications within the 800 Series I/O system. This module efficiently converts switched input signals into logic voltage levels, facilitating seamless integration with programmable logic controllers (PLCs).
Key Features
- Input Capacity: 32 discrete input points, organized into 4 groups with 8 inputs per group.
- Operating Voltage: Supports a continuous voltage range of 80 to 130 VAC at frequencies between 47 and 63 Hz.
- Maximum Input Voltage: Can withstand up to 150 VAC for 10 seconds and 200 VAC for one cycle.
- Response Time: Offers a maximum response time of 6 milliseconds for OFF to ON transitions and 35 milliseconds for ON to OFF transitions.
- Power Requirements: Consumes 80 mA at +5 V and 2 mA at +4.3 V.
- Terminal Connector: Utilizes the AS-8535-000 connector for secure and reliable connections.
Applications
The AS-B807-132 module is ideal for various industrial automation tasks, including:
- Monitoring and controlling machinery operations.
- Interfacing with push buttons, limit switches, and proximity sensors.
- Integrating with other 115 VAC input sources within automated systems.
Specifications
| Parameter | Specification |
|---|---|
| Number of Points | 32 |
| Operating Voltage | 80–130 VAC continuous / 47–63 Hz |
| Number of Groups | 4 |
| Inputs per Group | 8 |
| Maximum Input Voltage | 150 VAC for 10 s; 200 VAC for 1 cycle |
| ON Condition | 80–130 VAC (source impedance <1 kΩ) |
| OFF Condition | 0–35 VAC (source impedance = 0 Ω); 0–130 VAC (source impedance ≥90 kΩ) |
| ON Current | 3.7 mA minimum @ 80 VAC, 50 Hz; 6.4 mA minimum @ 115 VAC, 60 Hz |
| Maximum External to Module Leakage Current | 1.8 mA to guarantee an OFF condition @ 60 Hz |
| Maximum Response Time | OFF to ON: 6 ms; ON to OFF: 35 ms |
| Power Required | +5 V: 80 mA; +4.3 V: 2 mA; -5 V: 0 mA |
| Terminal Connector | AS-8535-000 |
The AS-B807-132 module’s robust design and reliable performance make it a valuable component in industrial automation systems requiring precise and efficient input signal processing.
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