(еК2.390.417)
The module is intended for use in control and recording systems, digital signal processing systems with high requirements for speed, volume of processed data, reliability and fault tolerance as a discrete signal input unit.
The module collects data from the discrete inputs of the module and transmits them to the CAN network.
The module works in the CAN network via the CANopen protocol and is always a slave. Therefore, there must be a network master in the CAN network, for example, a PC with a SCADA system running on it, a controller or a controller.
| Parameter | Value |
| Supply voltage, V | 18 ... 36 (rated voltage 24 V) |
| Power consumption, W, not more than | 2,5 |
| Electrical insulation resistance of galvanically isolated circuits between themselves and relatively galvanically isolated circuits | At least 40 MΩ at a voltage of 500 V DC |
| Number of digital outputs | 12 |
| Communication interface | CAN 2.0 B |
| Network address | 1 to 127 |
| Maximum bit rate on the interface, bps | 1000 К |
| Interface communication protocol | CANopen |
| Degree of housing protection | IP20 |
| Overall dimensions, mm | 100х45х115 |
| Weight, kg, no more than | 0,2 |
| Installation | To DIN rail |
| Average service life, years, not less than | 20 |
| Parameter | Value |
| Galvanic Isolation of Digital Outputs | Group |
| Maximum channel failure current, mA | 4 |
| Minimum operating current of the channel, mA | 7 |
| The delay time for the formation of a discrete signal when the signal at the input changes from "0" to "1" and back, ms | Configurable by CAN from 1 to 65656 |
Pin 7 – input power module.
Pin 8 – input power supply of the input discrete signals.
Connection to the module contacts by means of plugs with spring terminals type FKCT 2,5 / 4-ST from PHOENIX CONTACT (it is allowed to connect single-core and stranded wires with a cross section from 0.2 to 2.5 mm2). The necessity of completing the module with plugs is specified when ordering.
To connect a CAN termination resistor, a jumper must be installed between pins 13 and 14.
(УРАП.422412.006)
The module is intended for use in control and recording systems, digital signal processing systems with high requirements for speed, volume of processed data, reliability and fault tolerance as a discrete signal input unit.
The module collects data from the digital inputs of the module and transmits them to the RS-485 network.
The module works on the RS-485 network using the ModBus RTU protocol and is always a slave. Therefore, the RS-485 network must have a network master, for example, a PC with a SCADA system running on it, a controller or a controller.
| Name | Value |
| Supply voltage, V | 18 ... 36 (rated voltage 24 V) |
| Power consumption, W, not more than | 2,5 |
| Electrical insulation resistance of galvanically isolated circuits between themselves and relatively galvanically isolated circuits | At least 40 MΩ at a voltage of 500 V DC |
| Number of digital outputs | 12 |
| Communication interface | RS-485 |
| Network address | 1 to 247 |
| Maximum bit rate on the interface, bps | 38400 |
| Interface communication protocol | ModBus RTU |
| Degree of housing protection | IP20 |
| Overall dimensions, mm | 100х45х115 |
| Weight, kg, no more than | 0,2 |
| Installation | To DIN rail |
| Average service life, years, not less than | 20 |
| Parameter | Value |
| Galvanic Isolation of Digital Outputs | Group |
| Maximum channel failure current, mA | 4 |
| Minimum operating current of the channel, mA | 7 |
| The delay time for the formation of a discrete signal when the signal at the input changes from "0" to "1" and back, ms | Configurable by RS-485 from 1 to 65656 |
