National Instruments SCC-TC02 用户手册

the inputs of the second-stage SCC. An example of dual-stage conditioning 
in an SCC-TC0X followed by an SCC-LP01 lowpass filter module.

Sockets J9 to J16 also are available for digital input/output (DIO) 
conditioning or control. Refer to the SC-2345/2350 User Manual for more 
information on configuring, connecting, and installing SCC modules

SCC-TC0X dual-stage configuration is only available in NI-DAQmx 7.1 or later.

The signal names have changed. Refer to 

ni.com/info

 and enter 

rdtntg

 to 

confirm the signal names.

The SCC-TC01 has a two-prong uncompensated thermocouple 
miniconnector that accepts any miniature or subminiature two-prong 
male thermocouple connector. The SCC-TC02 has a three-position 
screw-terminal connector that accepts 28 to 16 AWG thermocouple wires. 
The screw-terminal connector provides a ground connection for shielded 
thermocouples. Otherwise, the two modules function identically.

To use an SCC-TC01, plug the male thermocouple connector into the 
module.

The SCC-TC02 accepts up to three signals: TC

+, TC–, and GND. TC+ is 

the positive thermocouple lead and TC– is the negative thermocouple lead.

1

 

The GND terminal connects to AI GND on the E/M Series DAQ device.

The SCC-TC0X has a 10 M

Ω bias resistor connected from the negative 

thermocouple input to ground. This resistor allows the thermocouple to be 
ground-referenced or floating without requiring external bias resistors 
connected to ground.

The amplified thermocouple signal and cold-junction sensor signal 
are measured by E/M Series DAQ device channel X and channel X

+8 

respectively, where X is 0 to 7 depending on where you plug the 
SCC-TC0X. Refer to Figure 1 for SCC-TC0X signal connections.

1   

For ANSI color-coded J-type thermocouples, the red wire is negative and the white wire is positive. Refer to the thermocouple 

data sheet if possible. You can find information about other color-coding schemes in the NI KnowledgeBase at 

ni.com/

support

.