New Product Release | TS3004: 8-Channel Thermocouple Acquisition Device

In the field of industrial measurement, accurately acquiring temperature data often involves cumbersome signal processing and complex system integration. TOSUN's newly launched TS3004 High-Performance Thermocouple Temperature Acquisition Deviceby leveragingIntegrated design featuring 8-channel K-type thermocouple inputs, built-in high-precision cold junction compensation, and direct Celsius output.TS3004 dramatically simplifies the signal chain, eliminating the need for manual calculations and external compensation.Achieve true “plug-and-play functionality”.

Products

TS3004 is a high-performance thermocouple temperature acquisition device launched by TOSUN.Built-in high-precision cold junction compensation circuit supports digital processing of 8-channel K-type thermocouple signals, directly outputting temperature data in degrees Celsius (℃). The measurement range spans -200°C to 1370°C, with input terminals capable of withstanding ±45V overvoltage surges.

The device utilizes a D-Sub 9-pin interface for communication with other CAN bus type devices. When paired with the powerful TSMaster software, it supports loading DBC database files, enabling convenient monitoring, analysis, and simulation of CAN FD bus data.

Product Features.

High-precision measurement: Built-in cold junction compensation, direct output in degrees Celsius

• Built-in cold junction compensation, directly outputs temperature in degrees Celsius
• Supports temperature measurement from -200°C to 1370°C, withstands ±45V overvoltage
• The standard version supports K-type thermocouples (J, N, R, S, T, E, and B types available upon request).
• Supports 50 Hz line frequency filtering (60 Hz available upon request), featuring sensitive thermocouple fault detection.

Select operating mode via the 4-digit hardware ID DIP switch:

• Default Mode (ID 0–14)
  After power-up, the CAN baud rate is fixed at 1 Mbps. The device supports configuration messages sent via communication commands. Upon receiving a message, the corresponding configuration parameters are stored in memory.
• Custom Mode (ID 15)
  Upon power-up, the system automatically loads the most recently stored CAN configuration parameters (such as baud rate, filter settings, etc.). Configuration messages cannot be sent via communication commands in this mode.

Technical Parameters

Specifications

Basic parameters
Connector	Standard D-Sub, 9-pin
Electricity Supply	Phoenix Terminal Power Supply
Power Wastage	1.5 W
ESD Protection	Contact discharge rating: 4 kV Air discharge rating: 8 kV
Housing Material	metals
Sizes	150 × 97.6 × 72 mm
Weights	422.6 g
Operating Temperature Range	To Be Announced
Operating Humidity Range	10%~90% (no condensation)

CAN (Default Mode)

Basic parameters
CAN Connection Standard	High-Speed CAN Connection (Compliant with ISO 11898-2 Specification)
Supported Protocols	Fully supports the CAN protocol (compliant with ISO 11898-1 specifications)
CAN Baud Rate	Fixed 1 Mbps communication baud rate
Sampling point	82.5%
CAN Frame Data Length	Maximum length supports 8-byte extended data frames
Terminating Resistors	The CAN channel includes a built-in 120Ω terminating resistor, which can be configured via hardware DIP switches.

CAN (Custom Mode)

Basic parameters
CAN Connection Standard	High-Speed CAN Connection (Compliant with ISO 11898-2 Specification)
Supported Protocols	Fully supports CAN and CAN FD protocols (compliant with ISO 11898-1 specifications)
CAN Baud Rate	Adjustable from 125 kbps to 1 Mbps
CAN Frame Data Length	Up to 8 bytes
CAN FD Baud Rate	Adjustable from 125 kbps to 8 Mbps
CAN FD Frame Data Length	Supports 3-byte and 16-byte data frames, supports BRS frame type
Terminating Resistors	The CAN channel features a built-in 120 Ω termination resistor, configurable via hardware DIP switches.
Bus-Off Self-Recovery	Automatic recovery is disabled by default. Self-recovery commands can be issued in default mode.

Functionality

Basic parameters
Collect K-type thermocouple temperature	Digitally process the acquired signals and output in degrees Celsius (℃).
Cold-end compensation	Built-in cold junction compensation
Switch work mode	Hardware DIP Switch Settings: Default Mode, Custom Mode
Fault Management	When multiple fault codes are present, display the fault code with the highest value.
Overvoltage Protection	±45 V
Interference resistance	50 Hz (60 Hz available upon request)
Temperature measurement range	-200°C to 1370°C
Linear error	To Be Announced

Parameters

Power Supply Specifications

Parameters	Test Conditions	Minimum Value	Typical Value	Maximum Value	Unit
Operating Voltage	Phoenix Terminal Power Supply	9	12.0	36	V
Power Wastage	Phoenix Terminal Power Supply	—	1.5	—	W

CAN Interface Specifications

Parameters	Test Conditions	Minimum Value	Typical Value	Maximum Value	Unit
Terminating Resistors	Enable	—	120	—	Ω
	Disable	—	∞	—	—
Isolation Withstand Voltage	Insulation Resistance Tester	2500	—	—	VDC

EMC (Electromagnetic Compatibility) Performance Parameters

Test Items	Standard	Test Conditions	Level	Unit
ESD	IEC 61000-4-2	Contact Discharge	±4	kV
		Air Discharge	±8	kV
EFT	IEC 61000-4-4	Group Pulse	±2	kV

Get an Early Look! Apply Now for the TS3004 New Product Trial

Simplify temperature acquisition with the new TS3004 now available for trial. Experience 8-channel, direct-read °C, and ±45V overvoltage protection for one-stop high-precision temperature measurement. We invite you to participate.