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DELTA TAU ACC-72E 8-Channel Analog Input Module

The DELTA TAU ACC-72E operates as a high-performance 8-channel analog input module, fitting perfectly into the automation stack. It connects directly to DELTA TAU’s Programmable Multi-Axis Controller (PMAC) backplane, enabling smooth integration with the company’s control platforms. Each of its 8 channels is designed to handle a wide range of analog input signals, from thermocouples and RTDs to strain gauges and voltage signals.

Model Number ACC-72E
Brand DELTA TAU
Type 8-Channel Analog Input Module
Input Voltage ±10V, 0-10V (configurable)
Operating Temp Range 0°C to 60°C (32°F to 140°F)
Mounting Style PMAC backplane mounting
Dimensions 170mm x 100mm x 35mm (LxWxH)
Weight 200g
Interface/Bus PMAC backplane (compatible with PMAC2, PMAC Lite)
Compliance CE, RoHS
Supported Protocols Direct communication with PMAC controllers
Typical Power Draw 2.8W

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Description

The DELTA TAU ACC-72E operates as a high-performance 8-channel analog input module, fitting perfectly into the automation stack. It connects directly to DELTA TAU’s Programmable Multi-Axis Controller (PMAC) backplane, enabling smooth integration with the company’s control platforms. Each of its 8 channels is designed to handle a wide range of analog input signals, from thermocouples and RTDs to strain gauges and voltage signals.

ACC-72E

ACC-72E

The module incorporates advanced signal conditioning technology that filters out noise and amplifies weak signals, ensuring the integrity of the acquired data. It supports high-resolution conversion, allowing for precise measurement of even the smallest signal variations. Unlike basic analog input modules, the DELTA TAU ACC-72Eoffers configurable input ranges, giving engineers the flexibility to adapt it to different sensor types and application requirements. This adaptability, combined with its seamless communication with PMAC controllers, makes it a versatile choice for various industrial automation scenarios.

ACC-72E

ACC-72E

Technical specifications:
Model Number ACC-72E
Brand DELTA TAU
Type 8-Channel Analog Input Module
Input Voltage ±10V, 0-10V (configurable)
Operating Temp Range 0°C to 60°C (32°F to 140°F)
Mounting Style PMAC backplane mounting
Dimensions 170mm x 100mm x 35mm (LxWxH)
Weight 200g
Interface/Bus PMAC backplane (compatible with PMAC2, PMAC Lite)
Compliance CE, RoHS
Supported Protocols Direct communication with PMAC controllers
Typical Power Draw 2.8W

 

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ACC-72E

ACC-72E

Main features and advantages:

Engineered to meet the rigorous demands of industrial settings, the DELTA TAU ACC-72E brings a host of benefits that enhance overall operational efficiency. Its high-resolution data acquisition ensures that even subtle changes in analog signals are detected, enabling precise process control and early detection of potential issues. The advanced signal conditioning minimizes the impact of electrical noise, which is common in industrial environments, reducing the likelihood of erroneous measurements and subsequent process disruptions. The configurable input ranges eliminate the need for additional signal converters, simplifying the system design and reducing component count, which in turn lowers both initial setup and long-term maintenance costs. For maintenance teams, the module’s built-in self-diagnostic features provide valuable insights into its operational status, allowing for quick identification of any channel malfunctions or calibration issues, thus minimizing downtime.

ACC-72E

ACC-72E

 

Application areas:

The DELTA TAUACC-72Eis widely deployed in industries where accurate analog data acquisition is critical. In the energy sector, it is used in power plants to monitor turbine vibrations, generator temperatures, and fuel flow rates, ensuring efficient and safe operation. The module’s ability to handle multiple sensor types makes it ideal for this application, as it can collect data from various points in the power generation process. In the medical device manufacturing industry, the DELTA TAU ACC-72E plays a role in monitoring pressure and flow rates in equipment such as dialysis machines and infusion pumps, where precise measurements are essential for patient safety. In semiconductor fabrication, it is used to track environmental parameters like temperature and humidity in cleanrooms, maintaining the strict conditions required for chip production. Its reliable performance in these high-stakes environments cements its position as a trusted component in industrial automation.

 

 

Related products:

DELTA TAU ACC-71E – 4-channel analog input module, suitable for applications with fewer analog signals to monitor.
DELTA TAU ACC-73E – 16-channel analog input module, designed for large-scale data acquisition systems needing more channels.
DELTA TAU ACC-74E – Analog output module that pairs with the DELTA TAU ACC-72E for closed-loop control applications.
DELTA TAU PMAC2 – High-performance controller that works seamlessly with the DELTA TAU ACC-72E for complex automation tasks.
DELTA TAU ACC-72E-HV – High-voltage version of the module, capable of handling input voltages up to ±30V.
DELTA TAU ACC-CAL-AN – Calibration tool specifically for verifying the accuracy of the DELTA TAU ACC-72E‘s analog inputs.
DELTA TAU ACC-81E – Mixed-signal module with both analog and digital I/O, offering a comprehensive solution for diverse sensing needs.
Installation and maintenance:
Before installing the DELTA TAU ACC-72E, ensure that the PMAC controller’s firmware is version 4.0 or higher to fully support the module’s features. Check the backplane for any debris or damaged pins, as this can affect the module’s connection and data transmission. Verify that the power supply can accommodate the additional 2.8W power draw, especially when multiple modules are installed.
During installation, handle the module by its edges to avoid electrostatic discharge, which can damage sensitive components. Align the module correctly with the backplane slot and secure it firmly with the mounting screws to prevent movement during operation. For ongoing maintenance, periodically check the module’s calibration using the DELTA TAU ACC-CAL-AN tool, at least once a year, to ensure measurement accuracy. Inspect the input connections regularly for tightness and signs of corrosion, as loose or corroded connections can introduce signal errors.
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