ADAM-4015 RTD Temperature Measurement Features
Six Channel Differential RTD Sensor Inputs
The ADAM-4015 supports up to six differential input channels for connecting multiple RTD sensors to a single device. This high density configuration reduces the total number of modules required in a system, effectively lowering hardware costs and saving valuable DIN rail space in industrial control cabinets.Extensive RTD Type And Standard Compatibility
This module is compatible with a wide array of sensor types including Pt100, Pt1000, Balco 500, and various Ni standards. It supports global temperature measurement standards such as IEC 60751 and JIS C 1604, ensuring compatibility with existing sensor installations across different regions.Dual Protocol Modbus RTU and ASCII Support
With support for both Modbus RTU and ASCII communication protocols, the ADAM-4015 offers maximum flexibility for networking. This allows the module to communicate effortlessly with modern industrial controllers while maintaining compatibility with legacy systems using simple ASCII commands.Enhanced Data Security And System Reliability
Equipped with a dual watchdog timer system for both communication and system functions, the module is designed to recover automatically from unexpected hang ups. This feature, combined with 3000 VDC isolation, ensures continuous operation in critical infrastructure and process control applications.Advanced Burnout Detection And Diagnostic Capability
The ADAM-4015 includes sophisticated burnout detection for every channel, immediately alerting the system if a sensor wire is broken or disconnected. This proactive diagnostic tool prevents erroneous data from affecting process decisions and helps maintenance teams quickly identify hardware faults.Rugged Industrial Design With Wide Power Input
Built for longevity, the module operates across a wide temperature range and accepts power inputs from 10 to 30 VDC. The inclusion of a Micro USB port also allows for convenient local configuration and troubleshooting without requiring complex specialized hardware.
ADAM-4015 6 Channel RTD Module Technical Specifications
| Specification | ADAM-4015 Technical Details |
|---|---|
| Product Designation | 6 channel RTD module with Modbus RTU |
| Number Of Channels | 6 differential inputs |
| Input Wiring Support | 2-wire and 3-wire configurations |
| Supported RTD Types | Pt100, Pt1000, Balco 500, Ni 518, Ni 508, BA1 |
| Data Sampling Rate | 10 Hz total for all channels |
| Typical Measurement Accuracy | ±0.1% or better |
| Common Mode Rejection | 120 dB at 50/60 Hz |
| Isolation Voltage Protection | 3000 VDC |
| Temperature Range Pt100 | -200 to 600°C (depending on standard) |
| Temperature Range Pt1000 | -40 to 160°C |
| Temperature Range BA1 | -200 to 600°C |
| Network Interface | RS-485 (2-wire) |
| Communication Protocols | Modbus RTU and ASCII Command |
| Diagnostic Features | Burnout detection and watchdog timers |
| Configuration Port | Micro USB |
| Power Requirements | 10 to 30 VDC (unregulated) |
| Power Usage | 0.5 W typical to 0.9 W maximum |
| Enclosure Mounting | DIN rail or wall mount |
| Operational Humidity | 5 to 95% RH non-condensing |
| Standard Certifications | CE and FCC Class A |
ADAM-4015 RTD Module Suitable Applications
The ADAM-4015 is an essential component for any industrial system requiring precise thermal data over long distances via RS-485. Its ability to handle multiple sensor types and provide digitized data output makes it perfectly suited for complex thermal management tasks where accuracy and reliability are non-negotiable requirements for operational safety.
Comprehensive industrial process temperature monitoring
Multi channel data acquisition for PLC and SCADA integration
Precision temperature control for industrial ovens and kilns
Large scale HVAC and climate control systems
Thermal supervision for manufacturing and assembly lines
Storage facility and cold chain temperature tracking
Energy management and power plant auxiliary monitoring
Laboratory and environmental testing chamber acquisition
Distributed remote sensing in water and wastewater facilities
Chemical and pharmaceutical process thermal validation
