YASKAWA JANCD-MIF01 Multi Interface Communication Card

YASKAWA JANCD-MIF01 Multi Interface Communication Card

Product Overview

YASKAWA JANCD-MIF01 is a multi interface communication card designed by Yaskawa (YASKAWA) brand specifically for MRC robot systems. Its core positioning is the data exchange and I/O signal expansion core unit between robot control systems and various peripherals and upper computers in industrial automation scenarios. This communication card integrates multi protocol communication adaptation, I/O signal expansion, equipment status monitoring and alarm functions, and can achieve accurate data transmission between MRC robot system and upper controller, on-site execution components, and detection equipment. It also supports synchronous control of two robots and signal interaction for multi axis motion coordination. It adopts industrial grade high reliability components and reinforced protection structure design, with IP67 high protection level, wide temperature environment adaptability and strong electromagnetic interference resistance. The standardized installation interface can be seamlessly integrated into the Yaskawa MRC robot control system, providing stable communication links and flexible I/O expansion support for robot automation production lines, multi device collaborative control and other scenarios.

Specification parameters

Based on the technical standards of Yaskawa Industrial Robot series products and the universal design specifications for multi interface communication cards, the core specification parameters of YASKAWA JANCD-MIF01 are as follows:

Job Description: Multi interface communication card, integrated communication protocol adaptation, I/O signal expansion, status monitoring and alarm functions

Adaptation system: Yaskawa/Motoman MRC robot control system, supporting synchronous control of 2 robots

Number of Control Axes: Supports up to 21 axes for motion control signal interaction

I/O expansion capability: Standard configuration includes 48 I/O signals, which can be expanded to 144 signals to meet the signal interaction needs of multi device collaboration

Power supply: Supports dual specifications of 12VAC/DC (WT31-12 model) and 24VAC/DC (WT31-24 model) power supply

Working current: maximum 16mA in normal state, maximum 35mA in alarm state

Alarm output: 3 alarm outputs (LED red flashing, relay contacts, high and low level optional outputs); Water immersion alarm height: greater than 2.0 ± 0.5mm

Protection level: IP67, with dustproof and anti immersion capabilities, suitable for harsh industrial site environments

Working environment: temperature -10 ℃~+60 ℃, relative humidity 0~95% RH (non condensing); Environmental pressure of 80~150HPa

Storage temperature: -20 ℃~+70 ℃

Programming ability: Supports 2200 pos programming capacity, expandable to 60000 pos, suitable for complex robot operation programs

Communication feature: Supports offline programming data interaction, can edit robot job programs through a regular PC and transmit them to the controller

Mechanical strength: With excellent resistance to vibration and impact, it can adapt to the mechanical vibration environment during robot operation

Electromagnetic compatibility: Complies with industrial grade electromagnetic compatibility standards, has strong resistance to electromagnetic interference, and ensures stable transmission of communication signals

Processing customization: supports processing customization, can adapt to communication protocols and I/O expansion requirements in specific scenarios

Performance characteristics

Multi device collaboration and multi axis control: specifically designed for MRC robot systems, it can achieve synchronous control of 2 robots and interactive motion coordination signals of 21 axes, adapting to the multi device linkage requirements of complex robot operation scenarios.

Flexible I/O expansion and communication adaptation: standard with 48 I/O signals and expandable to 144 signals, supporting signal docking with various on-site execution components and detection equipment; Support offline programming data transmission, which can be edited and distributed through PC to improve programming and operation efficiency.

High protection and strong environmental adaptability: With IP67 high protection level, it can effectively prevent dust and immersion; It can work stably for a long time in a wide temperature range of -10 ℃~+60 ℃ and complex humidity environment, and is suitable for harsh industrial sites such as automobile manufacturing and electronic processing.

Comprehensive status monitoring and alarm function: integrated immersion alarm and multi-channel alarm output function, feedback equipment fault status through LED, relay, high and low levels, easy to quickly locate faults and reduce shutdown losses.

Exclusive adaptation and convenient integration: seamless adaptation to Yaskawa MRC robot control system, standardized installation interface design, high integration efficiency; Supports dual specification power supply, which can be flexibly adapted according to on-site power supply conditions to enhance scene adaptability.

High reliability and communication stability: Using industrial grade high specification components and reinforced anti-interference design, it can effectively block the impact of electromagnetic interference on communication signals in industrial sites; Low power design (normal operating current ≤ 16mA), reducing system energy consumption while ensuring long-term stable operation.

Working principle

The YASKAWA JANCD-MIF01 core is based on the working logic of "multi protocol adaptation data interaction I/O extension state monitoring". As a key communication hub of the Yaskawa MRC robot system, its core function is to build a bidirectional data transmission link between the robot control system and the upper computer, as well as the on-site equipment, to achieve functions such as issuing work programs, exchanging motion control instructions, equipment status feedback, and abnormal alarms, ensuring the accuracy and stability of multi device collaboration and multi axis control.

The specific workflow is as follows: Firstly, the upper computer (ordinary PC) edits the robot operation program through offline programming software, and transmits the program data to the MRC robot controller through the dedicated communication interface of the communication card; The robot controller generates motion control signals based on received program instructions and transmits them to the drive units of two robots through the I/O expansion interface of the communication card, achieving multi axis synchronous motion control; At the same time, the status signals of on-site detection equipment (such as position sensors and visual detection modules) are fed back to the robot controller through the I/O input interface of the communication card, providing a basis for motion control adjustment; Throughout the entire work process, the built-in status monitoring unit of the communication card continuously monitors its own working status and environmental parameters. When faults such as water immersion or abnormal power supply are detected, alarm signals are synchronously sent out through three alarm output interfaces (LED red flashing, relay contact action, high and low level output) to remind operation and maintenance personnel to handle them in a timely manner; In addition, the high protection structure and anti-interference design of the communication card ensure that data transmission is not affected in industrial environments with dust, humidity, and strong electromagnetic interference, ensuring communication stability between the robot system and various devices and achieving precise collaboration in complex work scenarios.