The CB15 provides convenient screw terminals for the 12 digital I/O lines on the DB15 connector of compatible LabJack devices. Includes a screwdriver. Not co...
The CB15 provides convenient screw terminals for the 12 digital I/O lines on the DB15 connector of compatible LabJack devices. Includes a screwdriver. Not compatible with the U12.
The snaptrack shipped with this accessory is not compatible with DIN rail mounting systems. To mount this accessory to DIN rails, purchase our DIN Rail Mounting Clips, which come with 3D printed adapters that snap directly onto the accessory PCB.
For more information, see the CB15 Datasheet.
The LJTick-InAmp 2, revision 2, (LJTick-InAmp 2) is EoL & NRND (End Of Life and Not Recommended for New Designs). It has been replaced by a newer, and s...
The LJTick-InAmp 2, revision 2, (LJTick-InAmp 2) is EoL & NRND (End Of Life and Not Recommended for New Designs). It has been replaced by a newer, and simpler, InAmp 3 (Rev 3).
The LabJack Tick-InAmp 2 (LJTIA 2) signal-conditioning module provides two instrumentation amplifiers ideal for low-level signals such as bridge circuits (e.g. strain gauges) and thermocouples. Each amplifier converts a differential input to single-ended. The LJTIA 2 has switches to choose from 5 gain settings (x1, x11, x51, x201, or custom) and two output voltage offsets. The 4-pin design plugs into the standard AIN/AIN/GND/VS screw terminal block found on LabJacks such as the U3, U6, UE9, T4, and T7.
The LJTIA 2 datasheet has more information.
Provides convenient screw terminals for the DB37 connector on the LabJack U6, UE9, and T7. Includes a screwdriver. Compatible with LJTick signal-conditio...
Provides convenient screw terminals for the DB37 connector on the LabJack U6, UE9, and T7. Includes a screwdriver. Compatible with LJTick signal-conditioning modules.
The snaptrack shipped with this accessory is not compatible with DIN rail mounting systems. To mount this accessory to DIN rails, purchase our DIN Rail Mounting Clips, which come with 3D printed adapters that snap directly onto the accessory PCB.
For more information, see the CB37 Terminal Board (Rev 2.1) Datasheet.
Clip used to mount a LabJack device to a DIN rail. Simply attach this clip to the backside of a LabJack device, and clip it to any DIN rail. This clip is man...
Clip used to mount a LabJack device to a DIN rail. Simply attach this clip to the backside of a LabJack device, and clip it to any DIN rail. This clip is manufactured by TE Connectivity, p/n TKAD, or 6-1437661-4.
We recommend two TKAD mounting clips per U6, UE9, T7, and T8, because these LabJack devices have mounting locations for two clips. As shown in the image, the U3 and T4 only has one spot for a clip.
Our DIN Rail clips will ship with a 3d printed mounting adapter that will allow you to mount our accessory boards to a DIN rail. They will take the place of the snaptrack, and will be able to snap directly to the PCB.
More details, including CAD drawings, are available from TE Connectivity.
The EI-1022 is NRND ( Not Recommended for New Designs ). See the compliance page for more details. Easy to use and inexpensive temperature probe from El...
The EI-1022 is NRND ( Not Recommended for New Designs ). See the compliance page for more details.
Easy to use and inexpensive temperature probe from Electronic Innovations Corp. Features a plastic probe, a high-level linear output of 10 mV per degree K, a typical accuracy of ±1 degrees C (±1.8 degrees F) at room temperature, and a range of -40 to +100 degrees C (-40 to +212 degrees F).
For more information, see the EI-1022 Datasheet.
The EI-1034 is EoL ( End of Life ). See the compliance page for more details. Easy to use and very accurate temperature probe from Electronic Innovation...
The EI-1034 is EoL ( End of Life ). See the compliance page for more details.
Easy to use and very accurate temperature probe from Electronic Innovations Corp. Features a waterproof stainless-steel probe, a high-level linear output of 10 mV per degree F, a typical accuracy of ±0.4 degrees F (±0.22 degrees C) at room temperature, and a range of 0 to +230 degrees F (-17 to +110 degrees C, with U3/UE9).
For more information, see the EI-1034 Datasheet.
General purpose dual instrumentation amplifier. Often used in conjunction with the LabJack U12 to provide analog input gain. Operates from a single 5 volt su...
General purpose dual instrumentation amplifier. Often used in conjunction with the LabJack U12 to provide analog input gain. Operates from a single 5 volt supply and provides a ±15 volt supply and a 4.096 volt reference voltage. Analog input range is ±10 volts. The gain of each channel is set to 1, 10, 100, or 1000 via digital I/O or jumper wires.
For more information, see the EI-1040 Dual Instrumentation Amplifier Datasheet.
Limited Availability: The EI-1040 dual instrumentation amplifier, manufactured by Electronic Innovations Corporation and sold by LabJack, is at the end of production. Estimated time of NLA (no longer available) is Spring 2023.
Analog Inputs (4): ±10V range and 12-bit resolution. Flex Lines (8): 0-2.5V analog input or 3.3V Digital IO. Digital IO (16): 8 dedicated Digital IO an...
Choose the LabJack T7 for ultimate power and data acquisition flexibility. With 16-bit analog inputs, the option to use USB or Ethernet, and numerous built-i...
Choose the LabJack T7 for ultimate power and data acquisition flexibility. With 16-bit analog inputs, the option to use USB or Ethernet, and numerous built-in firmware features, the T7 can help you accomplish nearly any DAQ need. The LabJack T7 also has 2 analog outputs (12-bit), 23 digital I/O, and up to 10 digital counters/timers.
With 14 instrumentation amplified analog inputs, software selectable gain settings, dozens of digital I/O features, and a Modbus TCP front-end, the T7 is a versatile multifunction DAQ platform. Common applications include laboratory research, industrial control and monitoring, automated testing, and prototype development. Additionally, T7 devices are capable of stand-alone operation by running Lua scripts.
Consider the T7-Pro for applications requiring WiFi, a real time clock (RTC), or an auxiliary 24-bit low-speed ADC. For isolated, simultaneous or high speed, 24-bit measurements, consider the LabJack T8.
All the features of the normal T7 with the major addition of WiFi connectivity and an auxiliary low-speed high-resolution (24-bit) sigma-delta ADC. The T7-Pr...
All the features of the normal T7 with the major addition of WiFi connectivity and an auxiliary low-speed high-resolution (24-bit) sigma-delta ADC. The T7-Pro also includes a real time clock (RTC) and 4GB MicroSD card for standalone datalogging.
With 14 instrumentation amplified analog inputs, software selectable gain settings, dozens of digital I/O features, and a Modbus TCP front-end, the T7 is our most versatile multifunction DAQ platform. Common applications include laboratory research, industrial control and monitoring, automated testing, and prototype development. Additionally, T7 devices are capable of stand-alone operation by running Lua scripts.
The LabJack T7 also has 2 analog outputs (12-bit), 23 digital I/O, and up to 10 digital counters/timers.
The LabJack T8 is the new flagship T-Series device adding powerful features including: 8x isolated analog inputs (AIN) with simultaneous sampling. ±1 kV AIN...
USB DAQ device with 8 analog inputs(12-bit), 2 analog outputs(10-bit), 20 digital I/O, and a 32-bit counter. USB Multifunction DAQ The U12 is the origina...
USB DAQ device with 8 analog inputs(12-bit), 2 analog outputs(10-bit), 20 digital I/O, and a 32-bit counter.
The U12 is the original LabJack. The device is solid - the firmware hasn't changed in a decade, and it has a very long service record of reliability and customer satisfaction - all with an attractive price point. It can be used for measurement and control within simple analog and digital systems.
We continue to produce the U12 to support our customers who have integrated it into existing designs. For all new applications, we recommend the T4 or any of our other T-Series devices. This newer family offers faster speeds, greater hardware flexibility, and is supported by our latest cross-platform LJM API.
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The LabJack T4 features 12 analog inputs.The inputs are divided into two distinct groups:.
For more information see: 14.3.1 Analog Inputs - T4
The T4 features 8 flexible I/O lines that are individually software-configurable as either analog inputs or digital I/O.
For more detail see: 13.1 Flexible I/O
AIN_EF: Onboard Signal Analysis
AIN_EF (Analog Input Extended Features) simplifies your workflow by performing mathematical operations directly on the device. This allows for data processing without additional complication or overhead on your host computer. Key features include:
For a full list of the available modes and information about usage see: 14.1 AIN Extended Features
The LabJack T4 features up to 16 Digital I/O. Eight of those are flex lines (DIO4–DIO11) that can be individually configured as either digital I/O or analog inputs.
Key Capabilities:
DIO_EF has several modes that measure, count, or generate digital waveforms. These features allow the device to handle high-speed timing and signal logic independently of software polling.
For more information and implementation details, see the DIO_EF T-Series Datasheet
The T4 features two analog outputs (DAC0 and DAC1) that provide software-controlled voltage signals.
Key Specifications:
T-series devices can run Lua scripts directly in the firmware. This enables the device to operate autonomously, performing logic and control sequences without the need for a host computer.
Common Applications:
For getting started guides and a library of example scripts, see 25.0 Lua Scripting
Go from unboxing to your first measurement with this step-by-step guide to installing software, testing your device, and selecting the best interface for your needs.
The datasheet is the best place to find information about operating the features available on T-Series devices.
T-Series Datasheet
Key Quick-Links:
Detailed guides for interfacing with common devices, optimizing connectivity, and troubleshooting.
App-Notes
The T4 utilizes LJM (LabJack Modbus), our easy to use, cross-platform driver. The guides and examples below will help you integrate T4 control into your own application:
LJM User's Guide
What’s in the Box
Note: The OEM version comes with just the PCB.
Answers to many common questions.
Answers to many of the support questions that we commonly receive.
Why Choose LabJack?
Versatile hardware with OEM variants for embedding into your own designs.
Our goal is to have every item in stock, all the time.
The LabJack HQ and staff are located in Colorado, USA.
Enjoy lifetime support provided by our US based team.
LabJack offers a 5-year warranty for long-term protection.
