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.

Mounting Note: This accessory may ship in a gray plastic Snaptrack tray. Please note that this tray no longer supports the DIN rail clips. For DIN rail installations, use the included LJSnap2D adapters, which are fully compatible with TKAD clips.

For more information, see the CB15 Datasheet.

The MUX80 expands LabJack systems to a total of 84 analog inputs. This board connects directly to the DB37 port of a LabJack DAQ and multiplexes 10 of the host's inputs at a 1:8 ratio while leaving AIN0–3 untouched to provide 84 analog inputs.

Compatibility: T7, T7-Pro, U6, U6-Pro

OEM Version

The OEM version is provided without connectors and is intended for custom integration. For full details, see the OEM section of the datasheet.

Channel Mapping (quick reference)

Uses MIO0-2: The host device uses MIO0–2 to control the multiplexers. While the MUX80 is connected, these lines are unavailable for general-purpose I/O.

Mounting Note: This accessory may ship in a gray plastic Snaptrack tray. Please note that this tray no longer supports the DIN rail clips. For DIN rail installations, use the included LJSnap2D adapters, which are fully compatible with TKAD clips.

For more information, see the Mux80 Datasheet.

Provides 12 industry standard relay module sockets to a U3, U6, UE9, T4, T7, & T8. Commonly used to interface a LabJack with high voltages/currents. The RB12 relay board connects to the DB15 connector on the LabJack, using the 12 EIO/CIO lines to control up to 12 I/O modules.

I/O modules are available from a variety of manufacturers such as Grayhill, Crydom, or Kyoto, and allow the LabJack to control or monitor 120/240 VAC and/or 3-60 VDC. The RB12 is designed to accept G4 series digital I/O modules from Opto22, and compatible modules from other manufacturers such as the G5 series from Grayhill. Opto22 modules are available from opto22.com, alliedelec.com, and newark.com. Grayhill modules are available from digikey.com. The RB12 does not require a cable or power supply.

• Relay modules are NOT included
• Supports output or input module control types
• Modules are available with voltage ratings up to 200 VDC or 280 VAC, and current ratings up to 3.5 amps

Mounting Note: This accessory may ship in a gray plastic Snaptrack tray. Please note that this tray no longer supports the DIN rail clips. For DIN rail installations, use the included LJSnap2D adapters, which are fully compatible with TKAD clips.

For more information, see the RB12 Relay Board Datasheet.

The LJTick-CurrentShunt (LJTCS) is a signal-conditioning module that converts two 4-20 m  signals into 0.47–2.36 V signals.

Features

• Dual Channel: Converts two independent current loop signals.

• Plug-and-Play: Plugs directly into the screw terminal blocks on LabJack products.

• Compatibility: U3, U6, UE9, T4, and T7

For more information, see the LJTick-CurrentShunt Datasheet.

Provides a pair of 14-bit analog outputs with a range of +/- 10 volts. Plugs into any digital I/O block (e.g. FIO4/FIO5), and thus up to 10 of these can be used per LabJack to add 20 analog outputs. Works with T-Series devices (T4/T7/T8) and any UD family device (U3/U6/UE9).

For more information, see the LJTick-DAC Datasheet and our LJTickDAC utility, an optional a cross-platform setup/testing application available for UD family devices.

Overview

The LJTick-Divider (LJTD) is a signal conditioning module designed to take two single-ended higher voltage analog signals, and divide them by a specified value. These devices come in divide by 4, 5, 10, 25, and "C" or Custom. The 4-pin design plugs into the standard AIN/AIN/GND/VS screw terminal block found on LabJacks such as the U3, U6, UE9, T7, and T4.  The use of large resistors and a precision op-amp buffer provides an input impedance of 1 megaohm. The resistors can be customized to allow for a wide range of configurations, including adding offset to handle bipolar voltages.

The typical output range of the LJTD is 0-3.5 volts.  Here are the input ranges corresponding to 0-3.5 volts output, but keep in mind that some LabJack analog inputs are limited to 2.44 or 2.5 volts:

• LJTD-4: Vin 0 to 14.0 volts.
• LJTD-5: Vin 0 to 17.5 volts.
• LJTD-10: Vin 0 to 35.0 volts.
• LJTD-25: Vin 0 to 87.5 volts.
• LJTD-C: Custom slope and offset.  See Table 1 of the LJTD Datasheet for some options.

The LJTD can also be useful for digital signals by connecting to the DIO/DIO/GND/VS screw terminal block found on LabJacks such as the U3, U6, UE9, T8, T7, and T4.  The LJTD-4 works great for handling 12V or 24V logic signals, as described in the LJTD Datasheet.

Custom Dividers

If the custom range is selected, specify the desired range in the order comments and expect a 1-5 day delay. See the LJTD Datasheet for typical custom options and names used to specify. If you are purchasing a custom divider (or need help ordering one) feel free to send us an e-mail at support@labjack.com. 

The LJTick-InAmp 3 (LJTIA3) is a signal-conditioning module with two independent channels. Each channel uses an instrumentation amplifier to amplify, and offset the signal while rejecting noise. This is ideal for small-voltage signals such as bridge circuits (strain gauges) and thermocouples.

The LJTIA3 is available in either a 11x, a 51x, or a 201x gain with a fixed output voltage offset of 1.25V. Custom gains and offsets are possible by replacing resistors. 

The 4-pin design plugs into the standard VS/GND/AIN/AIN screw-terminal block found on LabJacks such as the T4 and T7.

Complete details including differences between LJTIA2 and LJTIA3 on LJTIA3.0 Datasheet

Allows 2 digital I/O lines to each control a relay or other moderate load. The 4-pin design plugs into the standard DIO/DIO/GND/VS screw terminal block found on LabJacks such as the U3, U6, UE9, T4, T7, and T8. Each DIO controls a switch to ground (i.e. open-collector) that can hold off up to 50 volts and can sink up to 200 mA.

• Connect LabJack VS terminal(5V) to the (+) of the load.
• RelayDriver connects to the low side (-) of the load.

For more information, see the LJTick-RelayDriver 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 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.

This adapter provides a reliable way to power LabJack DAQ hardware in environments where a computer USB port is unavailable or inconvenient. Designed for use with 12V or 24V power rails, this DC/DC converter steps down any input from 8V to 35V to a regulated 5V DC output.

The output is a USB Type-B male connector which connects directly to LabJack DAQ devices, making it the ideal companion for T-Series devices connected via Ethernet or WiFi. This allows for true standalone operation without the need for a host PC nearby.

Key Features

• Wide Input Range: Operates on any input from 8V to 35V DC, making it natively compatible with both automotive (12V) and industrial (24V) battery and rail systems.

• Directly Connects to LabJack: Features a USB Type-B male port, allowing for a direct connection to your device without the need for additional cables or adapters.

• 100 cm Leads: Both the input (power source) and output (USB) leads are 100 cm each, providing ample length for routing inside cabinets or vehicle cabins.

• Industrial Protection: Built-in over-voltage, over-current, and reverse-polarity protection to safeguard your DAQ hardware from electrical transients.

• Environmental Durability: Housed in a compact, IP-65 water-resistant case for reliable performance in harsh conditions.

Specifications

3D Model: SYD-1224

A three foot molded DB37 cable, with straight-through (1:1) connections, useful for connections between the Mux80 and CB37 Terminal Board(s). Also can be used to connect a U6, or T7 to a CB37 or Mux80.

The cable has 28AWG conductors and is rated at 300V. See the supplier datasheet in the product photo list for additional details.  Please note the DB37 cable is a commodity item. While technical specifications will be reasonably consistent, some minor variations may be possible between manufacturers. For specific information, at the time of order, please contact LabJack Support.