Advantech's ADAM-3000 Series isolation-based DIN-rail modules are crucial components in modern industrial and automation systems. They ensure accurate, reliable, and safe signal transmission by providing necessary signal conditioning and protection against electrical interference, ground loops, and noise. Their ease of installation and compatibility with a wide range of signals make them an essential tool for engineers and technicians aiming to maintain high-quality signal integrity in their systems.

RTD (Resistance Temperature Detector) signal conditioning modules are specialized devices used to interface with RTDs and convert their resistance changes due to temperature variations into a standardized electrical signal (such as voltage or current) that data acquisition systems, control systems, or other instrumentation can easily read. Here are some common applications for RTD signal conditioning modules:

1. Industrial Process Control

1.1 Temperature Monitoring and Control: Ensures accurate temperature measurements for process control in industries such as chemical manufacturing, oil and gas, and food processing.

1.2 Heat Treatment Processes: Monitors and controls temperatures in heat treatment applications such as annealing, tempering, and quenching.

2. HVAC Systems
2.1 Building Automation: Provides precise temperature measurements for heating, ventilation, and air conditioning (HVAC) systems to maintain comfort and energy efficiency in buildings.

3. Environmental Monitoring
3.1 Climate Studies: Collects accurate temperature data for environmental research and climate monitoring.
3.2 Weather Stations: Integrates with weather monitoring systems to provide reliable ambient temperature readings.

4. Medical and Pharmaceutical
4.1 Medical Device Calibration: Ensures precise temperature control and monitoring in medical devices and laboratory equipment.
4.2 Pharmaceutical Manufacturing: Monitors temperatures in pharmaceutical production processes to ensure compliance with regulatory standards.

5. Automotive and Aerospace
5.1 Engine Testing: Measures and controls temperatures in engine components during testing and development.
5.2 Climate Control Systems: Ensures accurate temperature control in vehicle climate control systems.

6. Energy Management
6.1 Power Plants: Monitors and controls temperatures in power generation systems to optimize efficiency and safety.
6.2 Renewable Energy Systems: Provides temperature data for monitoring and control in solar panels, wind turbines, and other renewable energy installations.

7. Manufacturing and Automation
7.1 Machinery Monitoring: Measures temperatures of machinery and equipment to predict and prevent overheating and failures.
7.2 Robotics: Ensures accurate temperature control in robotic systems and automation processes.

8. Food and Beverage Industry
8.1 Cooking and Baking Processes: Monitors temperatures in ovens, fryers, and other cooking equipment to ensure product quality and safety.
8.2 Refrigeration: Ensures proper temperature control in refrigeration units and cold storage facilities.

9. Scientific Research
9.1 Laboratory Experiments: Provides precise temperature measurements in laboratory experiments and research setups.
9.2 Material Testing: Monitors temperatures in material testing applications to study the effects of temperature on material properties.
 

Installation and Integration:

DIN-Rail Mounting: Easy to install on standard DIN-rails, facilitating quick and efficient setup in control panels and enclosures.
Compact Design: Space-saving design is suitable for environments where space is premium.
 

Features and Benefits of RTD Signal Conditioning Modules

• Isolation: Provides electrical isolation to protect measurement systems from noise and interference. 1000 VDC 3-way optical isolation
• Accuracy: Built-in microprocessor. High-precision conversion of resistance changes to electrical signals for accurate temperature measurement.
• Signal Amplification: Amplifies weak RTD signals to levels suitable for data acquisition and control systems. Switch configurable for 0~5 V, 0~10 V or 0~20 mA outputs
• Temperature Range: Supports a wide temperature range, suitable for various industrial and scientific applications. Switch configurable Pt and Ni RTD input ranges
• Easy Integration: Compatible with standard data acquisition systems, PLCs, and other control systems for seamless integration.

 

Table 1 Specification

Download ADAM-3013 Specification in PDF [ENG]

Model	ADAM-3013-AE
RTD Input
Accuracy	± 0.1% of full range (voltage) or ± 0.15 °C (voltage) ± 0.2% of full range (current)
Bandwidth	4 Hz
Input CMR at DC	92 dB min.
Input Connections	2/3/4 wires
Input Type

 

Table 2 Temperature Range (°C)

RTD Type	α	Temperature Range (°C)
Pt	0.00385	-100 ~ 100
Pt	0.00385	0 ~ 100
Pt	0.00385	0 ~ 200
Pt	0.00385	0 ~ 600
Pt	0.00385	-100 ~ 0
Pt	0.00385	-100 ~ 200
Pt	0.00385	-50 ~ 50
Pt	0.00385	-50 ~ 150
Pt	0.00392	-100 ~ 100
Pt	0.00392	0 ~ 100
Pt	0.00392	0 ~ 200
Pt	0.00392	0 ~ 600
Ni	N/A	0 ~ 100
Ni	N/A	-80 ~ 100

 

Table 3

Output Range	0 ~ 5 V, 0 ~ 10 V, 0 ~ 20 mA
Output Resistance	< 5 Ω
Temperature Drift	± 30 ppm of full range
General
Connectors	Screw terminal
Enclosure	ABS
Indicators	Power LED indicator
Isolation	1,000  VDC(Three-way)
Power Consumption	< 0.95 W
Power Input	24 VDC ±10%
Dimensions (W x H x D)	< 23.2 x 101 x 93.5 mm (0.91" x 3.97" x 3.68")
Operating Temperature	< -10 ~ 70 °C (14 ~ 158 °F)
Storage Temperature	-25 ~ 85 °C (-13 ~ 185 °F)

 

Table 4 Selection Guide

Model		ADAM-3011	ADAM-3013	ADAM-3014
Signal Type		Thermocouple	RTD	DC input
Channel		1	1	1
Input Type	Voltage	–	–	±10 mV, ±50 mV, ±100 mV, ±0.5 V, ±1 V, ±5 V, ±10 V, 0 ~ 10 mV, 0 ~ 50 mV,  0 ~ 100 mV, 0 ~ 0.5 V, 0 ~ 1 V, 0 ~ 5 V, 0 ~ 10 V
	Current	–	–	0 ~ 20, ±20 mA
	Others	J, K, T, E, S, R, B Type	Pt or Ni	–
Output	Voltage	0 ~ 10 V	0 ~ 5, 0 ~ 10 V	0 ~ 10, ±5, ±10 V
	Current	–	0 ~ 20 mA	–

 

Table 5 Selection Guide Part 2 

Model		ADAM-3016	ADAM-3017	ADAM-3112	ADAM-3114
Signal Type		Strain gauge	IEPE input	AC/DC input	Current input
Channel		1	1	1	1
Input Type	Voltage	±10, ±20, ±30,  ±100 mV (electrical voltage)	4 ~ 24 V  (IEPE sensor with up to 10 mA current source)	AC: 0 ~ 120, 0 ~ 250,  0 ~ 400 V  DC: 0 ~ 120, 0 ~ 250,  0 ~ 400 V	–
	Current	–	–	–	AC: 0 ~ 5 Arms DC: 0 ~ 5 A
	Others	–	–	–	–
Output	Voltage	0 ~ 10, ±5, ±10 V	DC couple: 4~24V AC couple: ±11 V	0 ~ 5 VDC	0 ~ 5 VDC
	Current	–	–	–	–

✓: supported, – : not supported, △ : optional

 

 

Signal Conditioners & Terminal Boards

Recommended cables, I/O wiring terminal boards, and isolated digital I/O terminals for connecting to PCI, PCIe, and USB DAQ products

 

 

Table 6 Functional Wiring Board Accessories

Part Number		Description
PCLD-8710-AE	DIN-rail wiring terminal board with CJC circuit
PCLD-8810E-AE	Screw terminal board with CJC for PCIE-18 series
PCLD-8810I-AE	Screw terminal board with CJC for PCI-17 series
PCLD-8811-AE	Low-pass active filter board
PCLD-8840-AE	20-pin DIN-rail HDMI cable wiring board
PCL-10137H-3E	DB37 high-speed cable, 3 m
PCL-10150-1.2E	50-pin flat cable, 1.2 m
PCL-10162-1E	DB62 cable, 1 m
PCL-10162-3E	DB62 cable, 3 m
PCL-10168-1E	68-pin SCSI shielded cable, 1 m
PCL-10168-2E	68-pin SCSI shielded cable, 2 m
PCL-10168H-1E	68-pin SCSI shielded cable with noise rejection, 1 m
PCL-10168H-2E	68-pin SCSI shielded cable with noise rejection, 2 m
PCL-10250-1E	100-pin SCSI to 2 x 50-pin SCSI cable, 1 m
PCL-10250-2E	100-pin SCSI to 2 x 50-pin SCSI cable, 2 m
PCL-10268-1E	100-pin SCSI to 2 x 68-pin SCSI cable, 1 m
PCL-10268-2E	100-pin SCSI to 2 x 68-pin SCSI cable, 2 m