What to do if the TECNORD RC-PCM Remote Control receiver's display doesn't turn on?
If the TECNORD Remote Control receiver's display doesn't turn on, it indicates an interruption of the receiver’s power supply. Ensure the main switch is on, verify all connections and fuses, measure the voltage input to the receiver unit, and check the fuse inside the enclosure.
Why does my TECNORD RC-PCM Remote Control transmitter not react when turned on?
If your TECNORD Remote Control transmitter doesn't react when turned on, it may be due to one of the following reasons: either no battery pack is connected or the batteries are completely discharged or damaged. To resolve this, connect a Tecnord’s original battery pack. Also, recharge or replace the batteries if they are damaged.
System features electronic and mechanical safety devices with unique transmission codes for security.
Operator awareness and correct usage are crucial for safety and efficiency benefits.
Only trained personnel fully understanding manual instructions should operate the radio control.
Ensure the working area is free from obstacles and risks to guarantee safe operation.
System includes Emergency Stop and automatic intervention for interference or range limits.
In emergencies, immediately push the red EMERGENCY STOP button and follow machine manual.
Details various control configurations for RC-DBX and RC-PCM transmitters based on customer needs.
Provides a visual drawing of the DBX Receiver Unit with dimensions for reference.
Guidelines for optimal receiver placement to ensure maximum radio wave reception.
Provides a visual drawing of the SHW Transmitter Unit with dimensions for reference.
Provides a visual drawing of the PCJ Transmitter Unit with dimensions for reference.
Provides a visual drawing of the NBJ Transmitter Unit with dimensions for reference.
Illustrations of the battery charger and serial cables for system connection.
Details requirements for power supply and input/output connections for safety and compliance.
A template for documenting the installation of the radio control system by the installer.
Explains the radio control system's operation via electro-magnetic waves and message structure.
Information on rechargeable NiMH batteries, voltage monitoring, and PowerSave mode for transmitters.
Procedure for charging batteries using the supplied cable and important safety warnings.
Overview of various control elements and configurations available for industrial radio controls.
Instructions for performing a thorough visual check of the transmitter before operation.
Critical checks for first-time start-up and proper functioning of the Emergency Stop.
Explains the two types of electronic control: digital (ON-OFF) and analog (Proportional).
Details on how the transmitter conserves power and enters out-of-service mode.
Information on system diagnostics for Transmitter units and the DBX-RX receiver.
Guidance on troubleshooting common operating issues and verifying machine functionality.
A table listing common failures, possible causes, and recommended actions for quick diagnosis.
Technical specifications for various transmitter models (SHW-TX, PCJ-TX, NBJ-TX) including frequency and power.
Technical specifications for the DBX-RX receiver, including sensitivity, power supply, and output.
Details on the communication protocol, including transmission speed, error check, and auxiliary channel.
How to diagnose issues using the transmitter's buzzer and green LED indicators in radio and cable modes.
Overview of the receiver's display menus for diagnostics and status visualization.
Describes the default display menu showing operational status and alarm indications.
How to access and interpret the digital inputs (e.g., limit switches) status on the receiver.
Displays current values for proportional valve operation, showing mA output.
Shows the status of contacts activated by the transmitter for specific functions.
Procedure for calibrating proportional output parameters using receiver pushbuttons.
Steps to calibrate minimum current, maximum current, and time ramps for DBR systems.
Steps to calibrate minimum voltage, maximum voltage, and time ramps for DBM, PCM, NBM systems.
Procedure to adjust the zero voltage output for functions when joysticks are at zero position.
Provides access to basic system configurations for RC-DBX, RC-PCM, and RC-NBM systems.
Procedure to acquire proportional trigger data when the transmitter unit is replaced.
Configures optional functions like ON-OFF, LATCHING, and PWM for the system.
Specifies if the system has a PWM output (RC-DBD or RC-DBR system).
Configures EV9 safety valve activation based on function activation or E-Stop release.
Configures EV49 safety valve activation based on function activation or E-Stop release.
Sets the range for analog voltage outputs (absolute or ratiometric) for different systems.
General| Brand | TECNORD |
|---|---|
| Model | RC-PCM |
| Category | Remote Control |
| Language | English |
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