What to do if my Toshiba RBM-A101UPVA-E Air Conditioner safety contact has trouble?
If you are experiencing safety contact issues with your Toshiba Air Conditioner, inspect the contact at terminals DI1 / DI1. If the contact is open, check code P10 is generated. If the contact is not in use, ensure a bridge connection is installed on the terminals DI1 / DI1.
What to do if my Toshiba Air Conditioner shows an external trouble?
If your Toshiba Air Conditioner indicates an external issue, check the fan's operation monitoring at terminals DI2 / DI2. If this contact is closed, the check code L30 will be generated.
What to do if my Toshiba RBM-A101UPVA-E shows TA sensor trouble?
If your Toshiba Air Conditioner displays a TA sensor issue, check the connection of the TA sensor connector and wiring. Also, check the resistance characteristics of the TA sensor and inspect the indoor P.C. board for any problems.
What causes an incompatible group combination of indoor units in a Toshiba Air Conditioner?
An incompatible group combination of indoor units in your Toshiba Air Conditioner may be caused by incorrect model matching or a problem with the indoor P.C. board. Check the indoor units' model names and inspect the indoor P.C. board for any issues.
What causes a duplicated master remote controller issue in Toshiba RBM-A101UPVA-E?
A duplicated master remote controller issue in your Toshiba Air Conditioner occurs when two remote controllers are set as the master. Check the remote controller inter-unit tie cable (A/B).
General| Cooling Capacity | 2.5 kW |
|---|---|
| Heating Capacity | 3.2 kW |
| Refrigerant | R32 |
| Power Supply | 220-240V, 50Hz |
| Type | Split System |
Details on application types (TA, DDC, TF) and their configuration via SW501.
Explains system compatibility with various Toshiba outdoor units and control types.
Specifies operating temperatures and guidelines for selecting pipe sizes based on capacity.
Comprehensive guide for AHU/DX COIL selection, including procedures, correction charts, and specific design patterns.
Details product combinations of Dx-coil controllers and Dx-valve kits for various HP ranges.
Lists key specifications for Dx-coil controllers and Dx-valve kits, including dimensions and weights.
Details analog and digital input/output functions, their specifications, and wiring requirements.
Guides on setting up Modbus communication, including wiring methods and switch configurations.
Outlines manufacturing standards and installation procedures for DX COIL, controllers, valve kits, and sensors.
Explains control logic, DDC programming cautions, and summarizes essential protection functions of the system.
Lists common check codes and their potential causes, aiding in troubleshooting system errors.
Specifies cable types, sizes, and lengths for communication lines and remote controller wiring.
Provides physical dimensions and compatibility information for controllers, valve kits, and network interfaces.
Provides important cautions regarding installation, operation, service, and warranty information.
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