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Key advantages

  • Quick and accurate strobing of a wide variety of LED lightings
  • Easily configure and manage strobe, trigger and camera signals
  • Ethernet, RS485 or analogue interface
  • Up to 8 independently controlled output channels
  • Max output current up to 40A pulsed/4A continuous
Discover more

Custom controller functions

Opto Engineering® develops custom controller features for specific applications. Contact us to discuss your need.

Electrical specifications Mechanical specifications
Part
number
User
interface
Status
LED
Output
channels
Output
current
range
Synchronization
inputs
Synchronization
outputs
Supply
voltage
Output
voltage
Length Width Height Mounting
(A) (V) (V) (mm) (mm) (mm)
1 4 5 5 5
LTDV1CH-17V 12-way dip switch Yes (for power on and trigger) 1, constant current 5 mA-160 mA (in steps of 5 mA) pulsed or continuous 100 mA-3.2 A (in steps of 100 mA) pulsed 1.5 A-17 A (in steps of 500 mA) pulsed 1 opto-isolated digital input 1 opto-isolated digital output 24 0-12 (with step-up disabled) or 0-36 (with step-up enabled) 70 119 82 DIN rail
Quote
LTDVE1CH-40F Ethernet 100 Mbps (using a Web browser or Modbus/TCP slave or Modbus/UDP slave); RS485 (via Modbus/RTU slave) Yes (for all I/Os) 1, constant current Pulsed up to 40A, continuous up to 4A 1 opto-isolated digital input 1 opto-isolated digital output 24 5-195 128 120 50 4 fixing slots
Quote
LTDVE2CH-20F Ethernet 100 Mbps (using a Web browser or Modbus/TCP slave or Modbus/UDP slave); RS485 (via Modbus/RTU slave) Yes (for all I/Os) 2, indipendent, constant current 2 independent channels: Pulsed up to 20A per channel, Continuous up to 2A per channel 1 shared channel: Up to 40A Pulsed or 4A Continuous 2 opto-isolated digital input 2 opto-isolated digital output 24 5-195 128 120 50 4 fixing slots
Quote
LTDVE4CH-20 Ethernet 100 Mbps (using a Web browser or Modbus/TCP slave or Modbus/UDP slave); RS485 (via Modbus/RTU slave) Yes (for all I/Os) 4, independent, costant current Up to 20A pulsed or 2A continuous (in steps of 1mA from zero to 200mA, 4mA from 201mA to 4000mA and 20mA from 4001mA to 20A) 4 opto-isolated digital input 4 opto-isolated digital output 24-48 0 - 36 195 135 75 DIN rail
Quote
LTDV6CH RS485 (via Modbus/RTU slave) Yes (for all I/Os) 6, independent, costant current 3.5A - 17.0 pulsed (in steps of 98 mA) 4 opto-isolated digital inputs 2 opto-isolated digital outputs 24 0 - 36 205 123 84 DIN rail
Quote
LTDVE8CH-20 Ethernet 100 Mbps (using a Web browser or Modbus/TCP slave or Modbus/UDP slave); RS485 (via Modbus/RTU slave) Yes (for all I/Os) 8, independent, costant current Up to 20A pulsed or 2A continuous (in steps of 1mA from zero to 200mA, 4mA from 201mA to 4000mA and 20mA from 4001mA to 20A) 8 opto-isolated digital input 8 opto-isolated digital output 24-48 0 - 36 255 135 75 DIN rail
Quote

Last update 24 Jun 2022

Expand table

Notes

  1. Operate from 3.3V to 24V.
  2. In variable resolution depending on selected value.
  3. Digital processing.
  4. 24V supply must be regulated at ± 10%.
  5. Including DIN rail where available on the product.

Ordering information

ADPT001 consists of - one RS485-USB adapter and - one cable for connection with LTDV6CH. In order to configure LTDV6CH via software a RS485 port must be provided. To be ordered separately.

Technical documents

LTDV1CH-17V Manual
LTDVE1CH-40F Manual
LTDVE2CH-20F Manual
LTDVE4CH-20 Manual
LTDV6CH Manual
LTDVE8CH-20 Manual

Software

LTDV LTIC Library v1.03
LTSW configuration software

Firmware

Firmware LTDVE2CH-20F v1.10
Firmware LTDVE4CH-20 v1.10
Firmware LTDVE8CH-20 v1.10

Easy configuration

Triggering options and wiring diagrams

Easy configuration

Easily configure and manage strobe, trigger and camera signals.

LTDVExCH-xx

Opto Engineering® LTDVE series of controllers can be configured via Ethernet or RS485.
With the Ethernet interface, you can configure the controller with either the Modbus/TCP slave protocol or the internal web browser. The second option allows for a very easy configuration of the controller using a common web browser to visually change the parameters and/or inspect the device status.

LTDVE controllers allow to:

  • Easily set the output current intensity of each connected illuminator in small steps
  • Set the pulse duration and pulse delay of each illuminator in small steps as low as 1μs
  • Control the connected illuminators with up to 8 synchronization inputs
  • Control up to 8 synchronization outputs (i.e. up to 8 cameras)
  • Write and save different configurations depending on your application

The LTDVE series can also be configured via the RS485 communication interface that implements the Modbus/RTU slave protocol.

The configuration is stored in a non-volatile memory to maintain your settings even when the Ethernet or RS485 connection is removed.

Main page of LTDVE configuration software via browser
Main page of LTDVE configuration software via browser

LTDV6CH

LTDV6CH can be configured via RS485. You can either download and use our free LTSW software to configure the controller from your PC or directly send low-level commands from a PC using the Modbus/RTU slave protocol (all the Modbus function codes supported by the controller are listed in the manual available online).

The LTSW software offers a very intuitive and graphical user interface where you can:

  • Set the output current intensity of each connected illuminator in steps of 98 mA
  • Set the pulse duration and pulse delay of each illuminator in steps of 1μs
  • Control the connected illuminators with up to 4 synchronization inputs
  • Control up to 2 synchronization outputs (e.g. up to 2 cameras)
  • Write and save different configurations depending on your application

To use LTSW configuration software your PC must have a native RS485 communication interface or a suitable RS485/USB converter must be used (PN: ADPT001)

Main page of LTSW configuration software
Main page of LTSW configuration software

LTDV1CH-17V

LTDV1CH-17V is simply configured from the front panel via DIP switches. You can easily set the intensity of the LED lights driving current (from 5mA to 17A), filtering option for the trigger signal (select between 10 µs or 100 µs time constant) and delay for synchronization output (select between 0 or 100 µs).

DIP switches interface for simple and fast configuration
DIP switches interface for simple and fast configuration

Triggering options and wiring diagrams

Two typical camera triggering arrangement (Option A and B) are illustrated for each controller model. Triggering Option A) is preferred because the controller directly filters the trigger signals getting rid of unwanted noise. This configuration is possible because Opto Engineering® controllers feature dedicated synchronization outputs which are not commonly available from other manufacturers.

A - Controller triggers camera

Option A) shows a triggering arrangement where the light controller, once triggered by one or more trigger sources (i.e. the sensor positioned on the manufacturing line), triggers the camera(s). The advantage of such an arrangement is that the controller can filter the trigger signals before passing the command to the camera and the light.

Controller triggers camera option A
Controller triggers camera option A

B - Camera triggers controller

Option B) shows an arrangement where each camera is first triggered by a trigger source (i.e. the sensor positioned on the manufacturing line), and then it triggers the light controller and starts its exposure.

Controller triggers camera option B
Controller triggers camera option B

The following diagrams explain how to connect Opto Engineering® strobe controllers with the other machine vision components: LED lights, cameras, power supply and PC (for the configuration of all the parameters).

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