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TOSHIBA RBC-VNMC, RBC-VNMH1 Series Air Conditioning VN Unit Heater Controls

TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-product

Product Description

The TOSHIBA Air Conditioning VN Unit Heater Controls is a system designed to control the heating function of VN unit heaters. It consists of the RBC-VNMC-HE1 Controller and the RBC-VNMH1, RBC-VNMH2, RBC-VNMH3, and RBC-VNMH4 Duct Heaters. The controller enables the pre-heater if the temperature falls below a set value and operates for a fixed period of time. The heater batteries are available in different sizes and can be used as pre-heaters.

Product Contents

  • RBC-VNMC-HE1 Heater Controller
  • RBC-VNMH1, RBC-VNMH2, RBC-VNMH3, and RBC-VNMH4 Heater Batteries
  • Airflow Pressure Switch Installation/Operating Manual
  • Control Panel Installation/Operating Manual

Installation Instructions

  1. The controller must be used with the correct RBC-VNMHX heater battery for the selected Heat Exchange unit.
  2. Mount the controller adjacent to the Heat Exchange unit and duct heater.
  3. The controller is Class 1 and must be Earthed.
  4. Connect the controller as per the wiring diagram on page 8.
  5. Connect a remote controller and set the DN codes as required.
  6. Set DN Code 67 to the required on temperature (refer to Table 1).
  7. Set DN Code 68 to the required heater operation time (refer to Table 2).

Usage Instructions

  1. To access the DN codes, press the Test Set and Cl buttons on the remote controller.
  2. Use the temperature up and down arrows to select the code to be modified.
  3. Once the selected code has been updated, press the SET button to register the change and then the Spanner button to exit.
  4. When the unit air on sensor reaches the value set in Table 1, the heater will be enabled.
  5. The heater will operate for the time set in Table 2. At the end of this time, the heater will switch off.
  6. If the unit air on value is still below the set value in Table 1, the process starts again. If it is above, the heater remains off.
  7. If the unit is switched off on the remote controller, the fan will run on for approximately 30 seconds.

Controls Description and Contents

VN Unit Heater Controls Description and Contents

This manual covers the VN unit heater options. Each of the components are ordered and supplied separately.

RBC-VNMC (HE1) Heater Controller
The controller will enable the pre-heater if the temperature falls below the value set in configuration item 67 (Please see the Table 1) the heater will operate for a fixed period of time set in configuration item 68 (Please refer to Table 2). The heater will only operate when the Heat Exchange Unit is operating and will provide a run on time to remove any residual heat if the unit is switched off on the remote controller.

Contents:
Control Panel
Installation/Operating Manual.

RBC-VNMH1, RBC-VNMH2, RBC-VNMH3 & RBC-VNMH4 Heat Exchanger unit Heater Batteries

The heater batteries are available in three sizes for use with your selected VN unit. The heater batteries can be used as a pre-heater.

Model Heater Size Duct Diameter VN Model
RBC-VNMH1 1x1Kw Heater 100 VN-M150HE VN-U00151SYE
RBC-VNMH2 1x1Kw Heater 150 VN-M250HE & VN-M350HE

VN-U00251SY-E & VN-U00351SY-E

RBC-VNMH3 2x1Kw Heater 200 VN-M500HE & VN-M650HE

VN-U00501SY-E & VN-U00651SY-E

RBC-VNMH4 2x1Kw Heater 250 VN-M800/1000HE & VN-M1000HE(HE1) VN-U00801SY-E & VN-U01001SY-E

Contents:
Heater Battery.
Airflow Pressure Switch
Installation/Operating Manual.

RBC-VNMC(HE1) Heater Controller

Installation Operating Instructions

VN-M Units

Installation
THE HEATER CONTROLLER AND THE HEAT EXCHANGE UNIT MUST BE SUPPLIED FROM THE SAME PHASE

The controller must be used with the correct RBC-VNMHX heater battery for the selected Heat Exchange unit.
The controller should be mounted adjacent to the Heat Exchange unit and duct heater.
The controller is Class 1 and must be Earthed.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 1

Connect the controller as per the wiring diagram

DN code Configuration
Connect a remote controller and set the DN codes as required. To access the DN codes Press the Test Set and Cl. You can then press the temperature up and down arrows to select the code to be modified. Once the selected code has been updated press the SET button to register the change and then the Spanner button to exit.

THESE CONFIGERATION CODES MUST BE SET FAILURE TO DO THIS COULD RESULT IN BUILDING DAMAGE
Set DN Code 67 to the required on temperature.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 2

Set DN Code 68 to the required heater operation time.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 3

Heater Operation
When the unit air on sensor in the unit reaches the value set in (Table 1) the heater will be enabled. The heater will operate for the time set in (Table 2) at the end of this time the heater will switch off . If the unit air on value is still below the set value in Table 1 the process stars again. if it is above the heater remains OFF. Should the temperature significantly rise the heater will turn off. If the unit is switched off on the remote controller the fan will run on for approximately 30s.

VN-U Units

THE HEATER CONTROLLER AND THE HEAT EXCHANGE UNIT MUST BE SUPPLIED FROM THE SAME PHASE
The controller must be used with the correct RBC-VNMHX heater battery for the selected Heat Exchange unit.
The controller should be mounted adjacent to the Heat Exchange unit and duct heater.

The controller is Class 1 and must be Earthed.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 4

Connect the controller as per the wiring diagram

DN code Configuration
Connect a remote controller and set the DN codes as required. To access the DN codes Press the Test Set and Cl. You can then press the temperature up and down arrows to select the code to be modified. Once the selected code has been updated press the SET button to register the change and then the Spanner button to exit.

THESE CONFIGERATION CODES MUST BE SET FAILURE TO DO THIS COULD RESULT IN BUILDING DAMAGE
Set DN Code 67 to the required on temperature.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 5

Set DN Code 68 to the required heater operation time.TOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 6

Set DN Code 69 to the required heater run on time. When switched off on the remote controllerTOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 7

Heater Operation
When the unit air on sensor in the unit reaches the value set in (Table 1) the heater will be enabled. The heater will operate for the time set in (Table 2) at the end of this time the heater will switch off . If the unit air on value is still below the set value in Table 1 the process stars again. if it is above the heater remains OFF. Should the temperature significantly rise the heater will turn off. If the unit is switched of f on the remote controller the fan will run on for the time set in table 3

RBC-VNMH1, RBC-VNMH2 RBC-VNMH3 & RBC-VNMH4 Heat Exchanger unit Heater Batteries

Installation Instructions

The electric heater is of resistance type care should be taken to ensure the heater is correctly mounted in the ductwork system with the terminal box accessible. The heater should not be mounted near to materials that can be damaged by heat. Recommended one-meter minimum of duct before the VN unit.
The heaters are supplied in different sizes depending on the VN unit that has been selected.
The heaters are fitted with two thermal cut-outs. The cut-outs are to be wired in series with the airflow switch. The thermal cut-outs are of the manual reset type and their purpose is to ensure the power supply is disconnected in the event of an over-heat condition.
THE SAFETY CIRCUITS MUST BE CONNECTED, FAILURE TO DO THIS COULD RESULT IN SERIOUS BUILDING DAMAGE.
Wiring
The wiring should be under-taken by a competent electrician taking into account current IEE wiring regulations. The wiring should be in accordance with the supplied wiring diagram on page 6. Local isolation should be included where necessary. It is important that the cables connected to the heaters are insulated with suitable heat protective sleeving.
Air Flow Switch
The airflow switch that is provided is to be connected into the safety circuit as indicated on the wiring diagram on page 6. The airflow pressure switch ensures the heater will not operate without the fan in the VN unit operating. The airflow switch should be set up in accordance with the supplied installation instructions.

Wiring diagramTOSHIBA-.RBC-VNMC,-RBC-VNMH1-Series-Air#-Conditioning-VN-Unit-Heater-Controls-fig 8

Documents / Resources

TOSHIBA RBC-VNMC, RBC-VNMH1 Series Air Conditioning VN Unit Heater Controls [pdf] Installation Guide
VN-M150HE, VN-U00151SYE, VN-M250HE VN-M350HE, VN-U00251SY-E VN-U00351SY-E, VN-M500HE VN-M650HE, VN-U00501SY-E VN-U00651SY-E, VN-M800-1000HE VN-M1000HE HE1, VN-U00801SY-E VN-U01001SY-E, RBC-VNMC RBC-VNMH1 Series Air Conditioning VN Unit Heater Controls, RBC-VNMC Series, RBC-VNMH1 Series, RBC-VNMC Series Air Conditioning VN Unit Heater Controls, RBC-VNMH1 Series Air Conditioning VN Unit Heater Controls, Air Conditioning VN Unit Heater Controls, Air Conditioning, VN Unit Heater Controls, VN Unit Air Conditioning, Heater Controls Air Conditioning, AC

References

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