LabJack Accessories, Sensors & Signal Conditioning Modules

Filter and sort Filter

29 products

12/24 VDC to USB Power Adapter

$20

View Product

LJTick-InAmp 2 (LJTIA 2) - NRND, EoL

$90

View Product

Price

$280

$550

$1,400

Analog Input Range

Yes

Analog Inputs

Yes

Yes-PoE Compatible

Analog Inputs w/ Mux80

±10V (AIN0-3), 0-2.5V (AIN4-11)

±10V, ±1V, ±0.1V and ±0.01V

±11V, ±9.7V, ±4.8V, ±2.4V,±1.2V, ±0.6V, ±0.3V, ±0.15V,±0.075V, ±0.036V, and ±0.018V

Effective Resolution [1]

12-bit

16-bit

24 bit

Digital I/O

up to 12

Analog Outputs

Unsupported

Analog Outputs w/ LJTDACs [4]

Yes

Counters

Yes

Maximum Sample Rate

50 kSPS

100 kSPS

40 kSPS per ch

USB

1kV

Ethernet

Yes

Built-in WiFi

Up to 16

Modbus TCP

10/2

10/5

16/9

On-board Lua Scripting

2x 10-bit

2x 12-bit

2x 16-bit

Thermocouple Ready [2]

Up to 16

Up to 19

Up to 20

OEM Version

Calibration Service with Cert

Yes

View Details Details

[1] According to actual measured data, see related Noise and Resolution (App Note).
[2] If not thermocouple ready, can purchase an amplifier like the LJTick-InAmp, see related Thermocouples (App Note).
[3] The T4 has 4 high voltage (±10V) analog inputs plus 8 low voltage (0-2.5V) analog inputs. The U3-HV has 4 high voltage (±10V) analog inputs plus 12 low voltage (0-2.4V) analog inputs.
[4] Use LJTick-DACs to add 16-20 analog outputs.

The U12 is an older devices and are not recommended for most new applications. Consider using the T4, T7, U3, or U6.

Data Acquisition Applications

Measuring Temperatures

Applications include thermocouples, resistance temperature detectors (RTDs), thermistors and silicon analog sensors.

A single LabJack can measure up to 84 analog temperature sensors and 20+ digital sensors.

Temperature Sensors (App Note)

Testing Embedded Systems

LabJack data acquisition hardware can be used for countless applications including automated testing and validation of a wide array of electronic components and systems.

LabJack offers a good mix of I/O capability, software flexibility, and performance, all at a cost which makes it possible to instantiate several copies of the system without breaking the bank.

Read Case Study

Reading Encoders

LabJack will read all major types of encoders including absolute, incremental and rotary. Our encoder app note features a general overview on different types of encoders, how to properly wire them to a LabJack, and different ways to read and record data from encoders.

DAQ with LabJack

Controlling Motors

LabJack devices can be used to control various types of motors, including stepper motors and PID controllers. In addition, LabJack devices can output PWM signals for accurate duty cycle control, voltage regulation and motor speed control for maximum torque at low speeds.

Stepper Motor (App Note)

Relay Control

Being able to control relays offers an easy way to add safety shut-offs in high voltage/power applications.

LabJack devices have 5 different relay control options:

One LabJack customer used a LabJack to help charge his Tesla with Bitcoin payments

Relay Control (App Note)

Precision Weights & Measures

Strain guages, load cells and pressure sensors are all challenging to take quality measurements with.

Since raw bridge circuits produce very small voltages and are inherently differential, they will typically need to be amplified to get useful readings.

The LabJack U6 and T7 & T8 series of devices can acquire small differential bridge signals directly.

Bridge Circuits (App Note)

Automotive Dynomometers

LabJack hardware is used by automotive engineers and technicians around the world to collect data and tune engine performance

Torque sensors combined with rotarty encoders can help calculate horsepower

Collection: Accessories

Accessories

RB16 Relay Board

5V 2A USB PSU