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General| Brand | Janome |
|---|---|
| Model | JR3403N-BC |
| Category | Sewing Machine |
| Language | English |
Details the different models within the JR3200 series, showing illustrations.
Details the different models within the JR3300 series, showing illustrations.
Details the different models within the JR3400 series, showing illustrations.
Explains how to read the sample identification plate and its components.
Shows the locations of the identification plates on different robot series.
Explains the two types of I/O polarity: NPN and PNP, and their power supply indications.
Provides detailed diagrams of the external dimensions for various robot models.
Details the unit fixtures common to the JR3200, JR3300, and JR3400 series.
Installation guidance for the optional teaching pendant.
Installation guidance for the switchbox.
Describes the I/O-SYS connectors, I/O polarity, and power supply indications.
Describes the I/O-1 connector, I/O polarity, and power supply indications.
Details the pin numbering for the I/O-1 connector on the robot side.
Lists the functions assigned to the I/O-1 pins.
Provides details on cable connections for the I/O-1.
Specifies the power supply capacities for I/O-1.
Explains NPN input signals for I/O-1.
Explains NPN output signals for I/O-1.
Shows the circuit diagram for NPN signals on I/O-1.
Explains PNP input signals for I/O-1.
Explains PNP output signals for I/O-1.
Shows the circuit diagram for PNP signals on I/O-1.
Describes the I/O-S connectors for different robot series.
Details the pin numbering for the I/O-S connector on the robot side.
Information on connecting safety devices like area sensors to I/O-S.
Procedure for setting up Fieldbus module types like DeviceNet, Profibus, CC-Link.
Details DeviceNet module: connector diagram, status, pin assignments, and settable items.
Details Profibus module: connector diagram, operation status, pin assignments, and settable items.
Details CC-Link module: connector diagram, run/error status, pin assignments, and settable items.
Describes the I/O-MT connector and its use with external devices.
Details the pin numbering for the I/O-MT connector on the robot side.
Lists the functions assigned to the I/O-MT pins.
Provides details on cable wiring for the I/O-MT.
Specifies the output capacities for I/O-MT pins.
Explains input signals for I/O-MT.
Explains output signals for I/O-MT.
Shows the circuit diagram for I/O-MT signals.
Explains how to record and retrieve teaching data using a USB memory.
Describes how to update system software and PS data using USB memory.
Explains settings for the Memory Port, including valid/invalid and auto-update options.
Details the standard Ethernet connector and its functions for PC communication.
Provides the pin assignment for the LAN port connector.
Shows the locations of COM1, COM2, and COM3 connectors on different robot series.
Details the pin numbering for the COM ports on the robot side.
Explains the pin connections for COM ports to PC (D-Sub 9/25 pin).
Shows the location of the Teaching Pendant Connector on robot models.
Details the pin numbering for the Teaching Pendant Connector.
Explains the pin connections for the Teaching Pendant Connector.
Illustrates the circuit diagram for the Teaching Pendant Connector, including safety circuits.
Shows the location of the Switchbox Connector on robot models.
Details the pin numbering for the Switchbox Connector.
Explains the circuit diagram for the Switchbox Connector, including emergency stop and motor driver inputs.
Lists commands for ON/OFF output control, conditional branching, and wait conditions.
Lists conditions for executing commands, including Boolean variables and expressions.
Lists commands related to PLC programs, including contact points, coils, and connection logic.
User-defined variables for custom settings and data.
Variables for managing robot inputs and outputs via I/O, Fieldbus.
Variables representing system flags, buzzer control, and robot status.
Variables for timers, job control, work adjustments, tool data, and PTP conditions.
Built-in functions related to robot movement, arm coordinates, and system status.
Functions for mathematical operations like absolute value, sine, and integer conversion.
Functions for string manipulation, conversion, and manipulation.
Situational errors that can be restored or occur during run mode.
Robot system errors or errors caused by faulty components.
Covers movement method, control, interpolation, resolution, and position detection.
Details optional encoder, teaching system, teaching configuration, and position instruction.
Specifies capacities for programs, points, jobs, work adjustment, and PLC functions.
Details specifications for I/O ports (SYS, 1, S, MT), Fieldbus, LAN, COM, and Teaching Pendant.
Covers power source, current, consumption, temperature, humidity, altitude, and noise.
Lists the standard accessories included with the robot.
