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System X – Ceiling Grid Heaters

XC 30 with grill
systemx logo rgb 502
  • Control up to 12 ceiling grid heaters from a single point – ideal for shops
  • All connections by Cat5 cable for super quick and error free installation
  • Can be connected to any heater in the System X range – any combination – any sequence

Range & Prices

The prices shown are list prices and perfectly safe to use for budget purposes. Contact your electrical wholesaler for final prices.

Heaters

Model kW List Price
XC-30 3.0 £422.00
XC-45 4.5 £462.00
XC-60 6.0 £598.00
XC Connection Diagram 1200

A typical shop install. Multiple heaters easily controlled from a single controller.

Control Components

Type Description Model

List Price

Controller With thermostat
On/off/high/low/fan only settings
Open window detection
CX1

£119.00

Controller With tamper resistant thermostat
On/off/high/low/fan only settings
Open window detection
CX2

£121.00

Controller Without thermostat
On/off/high/low/fan only settings
CX3

£120.00

Controller With digital programmable thermostat
Optimum start feature
CX6

£210.00

Controller For use with volt-free signal from BMS (for 230V signal a VI Interface is required) CX-BMS

£113.00

Sensor Optional remote sensor for use with CX1, CX2 or CX6 CXS

£32.00

Cable Cat5 terminated 5m DX05

£8.00

Cable Cat5 terminated 10m DX10

£12.00

Cable Cat5 terminated 20m DX20

£18.00

Joiner Cat5 cable joiner JX1

£4.00

Auxiliary Control Components

Type

Description

Model

List Price

Programmable Thermostat

Use with CX-3 for 7-day programmable control

Optimum start option

PROSTAT2

£103.00

Timer

7-day programmable timer for use with CX1 or CX2

PROTIM-7

£155.00

How it Works

System X ceiling grid heaters provide comfort or background heat in a wide variety of commercial buildings.  They are particularly well-suited to heating shops.

A system will include a controller and up to 12 individual heaters.  The control daisy chain is connected using Cat5 cables ensuring the quickest possible installation time.  Power is introduced to each heater individually with the controller taking its power from the first heater in the chain.

A unique feature of System X is that any style of heater from the range can be incorporated into a control daisy chain.  For example, an overdoor heater could be added to a ceiling grid heater system.  Heaters can be connected in any combination and any sequence.

XC Chain diagram 3

Super quick and error free connection of up to 12 heaters

Technical Specification

Colour: Exposed surfaces white RAL9016
Other surfaces zinc plated steel
Finish:   Epoxy polyester powder coating
Construction: 0.9mm steel case
Aluminium air diffuser in brilliant white
Fan Assembly: Tangential fan with low noise aluminium fan blades
Shaded pole high performance motor
Factory lubricated bearings (servicing not required)
Heating Element: High quality nickel-chrome resistance wire supported by ceramic plates and fitted with an automatically resetting over-temperature device
Control Up to 12 heaters can be connected to a single controller in any combination or sequence.  Control connections are by Cat5 cable
Installation: Designed to rest in the T-bar of a 600 x 600 suspended ceiling grid
Recommended mounting heights 2.5m to 4m above floor level (see table below)
Guarantee: 1 year

 

Physical data

Model Width (mm) Depth (mm) Height (mm) Required clearance
above grid (mm)
Weight (kg)
XC-30 576 592 153 200 9
XC-45 576 592 153 200 10
XC-60 576 592 152 200 13
SCH image 2 raw

An XC-30 providing comfort heat to a charity shop in Surrey

Performance Data

Model kW Volts Airflow (m³/h)   dB* @2m Mounting Height (m)
XC-30 3 230 245 56 2.4 to 3.0
XC-45 4.5 230 370 60 3.0 to 4.0
XC-60 6.0 230 490 58 2.4 to 3.0

* Noise levels are factory tested, not laboratory tested.

Technical Specifications – Controls

MODEL: CX1

Maximum number of heaters controlled: 12
Type of heaters controlled: any heaters from the System X range in any sequence
Electrical Supply: taken from heater via Cat5 cable
Heater settings: on/off/high heat/low heat/fan only
Built-in adjustable thermostat range: 0 to 30˚C
Connection to first heater in group: Cat5 cable
Mounting: surface mount
Dimensions: 120mm x 80mm x 40mm

Special Feature: Open window detection (user selectable)

CX1 01

Model: CX2

As CX1 but with a tamper resistant built-in thermostat

CX2 01

Model: CX3

As CX1 but without built-in thermostat or open window detection

CX2 01

Model: CX6

As CX1 but with:

7-day programmable timer
Temporary override
Temporary lock
Optimum start for enhanced economy (user selectable)

Without open window detection

CX6 Cover 01

Model: CX-BMS

As CX1 but without manual or thermostat control
Requires a volt-free signal from a BMS to switch heater on and off

Can operate with a 230V signal vis a VI Interface

CX-BMS

Model: CXS

Remote mounted sensor for use with CX1, CX2 or CX6 controller
Overrides the controller’s built-in air sensor
Recommended maximum cable length between controller and sensor: 20m
Mounting: surface mount
Dimensions: 80mm x 80mm x 35mm

CXS Optional remote temperature sensor

Pre-terminated Cat5 Cables

DX05: 5m
DX10: 10m
DX20: 20m
JX1: Cat5 Joiner / Coupler – Click fit (Joins two Cat5 cables together should you require longer lengths)

Selection

If you would like the experts at BN Thermic to select a suitable heating for your application, please click below to access our enquiry form.  Simply provide as much information as you have available and we will respond with a detailed proposal.

Enquiry Form

In simple terms the output of the System X installation must be greater than the heat losses from the building during periods of cold weather.  A small amount of heat is lost through the walls, ceilings and floors with more significant losses through windows and doors.

To estimate the heat loss from your building you may like to use our heat calculation tool

Heat Calculator

The estimated heat loss figure is the absolute minimum kW output that you should consider installing.  We would suggest adding approximately 50% to this figure to allow for an acceptable warm up time in cold conditions as well as making allowances for exceptional weather conditions and possible errors in the original data used in the estimate.

Having established the minimum kW output, select the minimum number of heaters needed to meet this requirement.

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