Beginning with the RO-CAN-O16 having 16 opto-inputs, we start the series of our CAN input-modules. Typical applications are status detection or counter applications. The galvanic isolated CAN interface guarrantees a safe connection to other CAN systems.

With 32 inputs, these modules can be used in larger installations . The galvanic isolated CAN interface guarrantees a safe connection to other CAN systems.

The technical data are identical to the RO-CAN-O16 module.

16 relays with a maximum switching current of 1A (max.15W) are used for the switching operation on this module. The CAN interface is galvanically isolated.

32 relays with a maximum switch current of 1A (max.15W) are used for the switching operation on this module. The technical data are indentical to the RO-CAN-R16 module.

The technical data are indentical to the RO-CAN-R16 module.

These modules are able to switch currents up to 2A by transistors. Electronic switches are more resistant against interfering impulses, but they can only switch DC voltages.

32 transistor outputs with 2A load current features this unit. The technical data are indentical to the RO-CAN-M16 module.

The technical data are indentical to the RO-CAN-M16 module.

With 16 galvanically isolated inputs and 16 relay outputs, this module is a good choice when inputs and outputs are needed. The galvanic isolated CAN interface guarranties a safe connection to a CAN system.

The technical data are indentical to the RO-CAN-O16-R16 module.

The technical data are indentical to the RO-CAN-O16-R16 module.

With 16 galvanically isolated inputs and 16 optical isolated outputs, this module is a good choice when inputs and outputs are needed. The galvanically isolated CAN interface guarranties a safe connection to other CAN systems.

The technical data are indentical to the RO-CAN-O16-M16 module.

The technical data are indentical to the RO-CAN-O16-M16 module.

The module has 16 A/D channels (16 bit / 4 us conversion time) and 4 D/A outputs (16 bit / 10 us conversion time) . The voltage (or optional the current) is converted into a digital value and may e.g. be given back as voltage through a D/A converter. The range of the input and output voltage are separately modifiable through programming.

The module has 16 * A/D channels (16 bit / 4 us conversion time). The voltage (or optional the current) is converted into a digital value and is read out by software through the ethernet interface. The range of the input voltage is modifiable through programming.

The module has 4 D/A outputs (16 bit / 10 us conversion time). Digital values are converted as voltages at the outputs. The range of the output voltage is modifiable through programming.

The module has 16 A/D input-channels (16 bit / 4 us conversion time) . The voltage (or optional the current) is converted into a digital value and is read out by software through the CAN-interface. The range of the input voltage is modifiable through programming. The inputs have a common galvanic isolation.

The module has 32 * A/D input-channels (16 bit / 4 us conversion time) . The voltage (or optional the current) is converted into a digital value and is read out by software through the USB-interface. The range of the input voltage is modifiable through programming. The inputs have a common galvanic isolation.

The module has 2 * D/A outputs (16 bit / 10 us conversion time) . Digital values are converted as voltages at the outputs. The range of the output voltage is modifiable through programming.

The module has 4 D/A outputs (16 bit / 10 us conversion time) . Digital values are converted as voltages at the outputs. The range of the output voltage is modifiable through programming.

The module has 8 D/A outputs (16 bit / 10 us conversion time) . Digital values are converted as voltages at the outputs. The range of the output voltage is modifiable through programming.

Controller module for two-phase stepper motors. Functionality is given through an extensive driver library. Simple tasks as driving the motor to a certain positon with corresponding slope is very easy.

Two-phase stepper motors can be controlled by this module. In addition, it has 8 galvanically isolated inputs and 8 relay outputs. The galvanically isolated CAN interface guarantees a secure connection to the PC.

With 8 galvanically isolated inputs and 8 relay outputs, this module is a good choice when inputs and outputs are needed.

Over the two-or three-wire input a PT100 sensor can be connection. A very accurate measurement is possible because of the integrated 24 bit A/D converter. Depending on the sensor the temperature rainge is from -200°C to 850°C.

Over the two-or three-wire input a PT100 sensor can be connection. A very accurate measurement is possible because of the integrated 24 bit A/D converter. Depending on the sensor the temperature rainge is from -200°C to 850°C.

8 input counters with 32 Bit and a resolution of max. 20 MHz. The following counter modes are available: counting impulses + counting impulses with "reset when read", distance measurement, number of measurement and PWM measurement.
2 output counters with 32 Bit allowing transmission of pulses.

With 2 incremental encoder inputs we start our entry in our digital counter modules. By the connected sensors (incremental encoder) is it possible to record changes in the position (linear) or the angular changes (rotating), the distance and travel direction or the angle change and the direction of rotation. The galvanically isolated Ethernet interface guarantees a safe connection to the pc.

Due to the increased demand on incremental encoder inputs we hereby offer you the RO-ETH-CNT/IGR4 with 4 incremental encoder inputs. The specifications reflect the RO-ETH-CNT/IGR2 Modul.