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AAM11 S2 | Yokogawa | Current Voltage Input Module In Stock
Manufacturer: YOKOGAWA
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Part Number: AAM11B S2
Condition:New with Original Package
Product Type: Current Voltage Input Module
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Country of Origin: Singapore
Payment:T/T, Western Union
Shipping port: Xiamen
Warranty: 12 months
Product Overview
AAM11-S2 Signal Conversion Module In Stock
The AAM11-S2 module is designed to receive and process various types of input signals (contact pulse, voltage pulse, and current pulse) from the field. It converts these signals into isolated transistor contact pulses, which are then output as auxiliary signals for use in industrial control systems. This module ensures high accuracy and fast sampling rates, making it suitable for real-time data capture in demanding environments.
Specification
- Product Number: AAM11-S2
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Input Types:
- Voltage pulse
- Current pulse
- Contact pulse
- Temperature inputs (thermocouples, RTDs)
- Accuracy: High accuracy, typically ±0.1% or better
- Sampling Rate: Fast sampling rate for real-time data capture
- Isolation: High isolation between input channels to prevent interference
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Power Supply:
- For 24 V system power supply: 46 mA or lower (24.0 V DC)
- For 5 V DC internal power supply: 10 mA or lower (5.0 V DC)
- Withstanding Voltage: 1500 V AC for 1 minute between field and system; 42 V DC
- Mounting: Mounted on the nest for I/O adaptor (A2BA3D)
- Wiring Connection: Connected to the terminals of the A2BA3D using M4 screws or ELCO connector
Feature
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Signal Conversion:
- Converts input signals (voltage, current, contact, temperature) into isolated transistor contact pulses for reliable auxiliary output.
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High Accuracy:
- Provides high accuracy (typically ±0.1% or better) for reliable data processing.
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Fast Sampling Rate:
- Ensures real-time data capture with a fast sampling rate.
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Channel Isolation:
- Features high isolation between input channels to prevent signal interference and ensure data integrity.
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Low Power Consumption:
- Requires minimal power: 46 mA or lower at 24 V DC and 10 mA or lower at 5 V DC.
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