SOA (CLASS 2 VERSION OF MOA)
43D
KTX-3 CONTROLLER
KTX-4 BLUE CONTROLLER
• 30 HEAT SETTINGS 30-60°C IN STEPS OF 1°C, REGULATING INTERNAL RAD TEMP. • DAILY 24HR TIMER. 0.5 TO 4HR DRYING FUNCTION. • 82.5MM LENGTH FROM THREAD DOWN. • 67MM SQUARE SHAPED FACE. • 4X BUTTONS: DRYER, POWER, TEMP +/-. • FROST & OVERHEATING PROTECTION. • STRAIGHT 1.5M CABLE, NO PLUG. • 230V. IPX5. CLASS 1. GUARANTEE: 2 YEARS. • REQUIRES 1X TS1 HEATING PROBE (SOLD SEPARATELY). • ROTATES 340° TO FACE REQUIRED DIRECTION.
• FIXED 43°C SETTING, REGULATING INTERNAL RAD TEMP FOR LOW SURFACE TEMP (LST). • NOTE: SMALL AREAS COULD MARGINALLY EXCEED 43°C DURING THE INITIAL HEAT UP PROCESS. • WHEN SPECIFYING, REDUCE THE OUTPUT OF YOUR RAD (AS HYDRONIC) BY 40% (I.E. FOR A 200W RAIL = 120W). • NO TIMER. 2HR DRYING FUNCTION. • 66MM LENGTH FROM THREAD DOWN. • 55MM DIAMETER CLOCK SHAPED FACE. • FROST & OVERHEATING PROTECTION • STRAIGHT 1.5M CABLE, NO PLUG. • 230V. IPX5. CLASS 1. GUARANTEE: 2 YEARS. • NOTE: THESE ELEMENTS ARE BEST USED VERTICALLY, FOR NOTES ON HORIZONTAL INSTALLATION, SEE PAGE 81.
• CLASS 2 VERSION OF MOA, DOUBLE INSULATED WITH NO EARTH WIRE – TYPICAL FOR FRANCE/SPAIN. • 5 HEAT SETTINGS 30-60°C REGULATING INTERNAL RAD TEMP. • NO TIMER. 2HR DRYING FUNCTION. • COMPATIBLE WITH TIMER AS REMEMBERS SETTING WHEN OFF. • 66MM LENGTH FROM THREAD DOWN. • 4X BUTTONS: TEMP +/-, DRYER, POWER. • FROST & OVERHEATING PROTECTION. • STRAIGHT 1.5M CABLE, NO PLUG. • 230V. IPX5. CLASS 1. GUARANTEE: 2 YEARS. • NOTE: THESE ELEMENTS ARE BEST USED VERTICALLY, FOR NOTES ON HORIZONTAL INSTALLATION, SEE PAGE 81.
• FULL BLUETOOTH CONTROL VIA APP (TERMA BLUE-LINE IOS/ANDROID). • CHOICE OF INTERNAL TEMP (30-60°C) OR AMBIENT ROOM TEMP (15-30°C). • 7 DAY TIMER. 1-4HR DRYING FUNCTION. • LOT20 ECODESIGN DIRECTIVE COMPLIANT (TIMER & ADAPTIVE START CONTROL). • 82.5MM LENGTH FROM THREAD DOWN. • 67MM SQUARE SHAPED FACE. • FROST & OVERHEATING PROTECTION. • STRAIGHT 1.5M CABLE, NO PLUG. • 230V. IPX5. CLASS 1. GUARANTEE: 2 YEARS. • REQUIRES 1X TS1 HEATING PROBE (SOLD SEPARATELY). • ROTATES 340° TO FACE REQUIRED DIRECTION.
CHROME, GREY CABLE Wattage/ Probe (mm) Code / Config.
SILVER, GREY CABLE WATTAGE/ PROBE (MM)
CHROME, GREY CABLE WATTAGE
CHROME, GRAY CABLE WATTAGE CODE / CONFIG.
CODE / CONFIG.
BAR CODE (EAN)
LIST PRICE
CODE / CONFIG.
BAR CODE (EAN)
LIST PRICE
BAR CODE (EAN)
PRICE
Bar Code (EAN)
List Price
AS PROBE
WEKT3-KCRO6P 5907722075772
£106
AS PROBE
WEK4B-KCROP 5901804490873
£155
120W (315) 200W (275) 300W (300) 400W (335) 600W (365)
WEM4D01-TSMAP 5901804567001 WEM4D02-TSMAP 5901804567018 WEM4D03-TSMAP 5901804567032 WEM4D04-TSMAP 5901804567049 WEM4D06-TSMAP 5901804405334
£106 £106 £106 £106 £106
400W (335)
WESOA04-TCROP 5901804124457
£149
WHITE, WHITE CABLE WATTAGE
WHITE, WHITE CABLE WATTAGE
CODE / CONFIG.
BAR CODE (EAN)
LIST PRICE
CODE / CONFIG.
BAR CODE (EAN)
PRICE
AS PROBE
WEKT3-K916P
5907722078841
£86
AS PROBE
WEK4B-K916P
5901804361258
£136
WHITE, WHITE CABLE WATTAGE/ PROBE (MM)
CODE / CONFIG.
BAR CODE (EAN)
LIST PRICE
BLACK, BLACK CABLE WATTAGE
TS1 PROBE (FOR KTX RANGE)
400W (335)
WEM4D04-T916P 5901804427985
£100
CODE / CONFIG.
BAR CODE (EAN)
PRICE
WATTAGE/ PROBE (MM) 120W (315) 200W (275) 400W (335) 300W (300) 600W (365) 800W (475) 1000W (565)
CODE / CONFIG.
BAR CODE (EAN)
PRICE
AS PROBE
WEK4B-K905P
5901804361241
£146
WETS101-K---D 5901804052910 WETS102-K---D 5907722000781 WETS103-K---D 5901804039379 WETS104-K---D 5901804046810 WETS106-K---D 5907722000668 WETS108-K---D 5907722000804 WETS110-K---D 5907722000811
£35 £35 £35 £35 £35 £35 £35
SILVER, SILVER CABLE WATTAGE
CODE / CONFIG.
BAR CODE (EAN)
PRICE
AS PROBE
WEK4B-KSMAP 5901804361272
£146
Installing a heating element Horizontally? We suggest only choosing the KTX & TS1 Probe or VEO & Smart Probe options only (avoid choosing the clock face elements). These options are the best choice of heating element for horizontal installation as you have full control the internal positioning. These probes have a longer part (light grey) and a shorter capillary (dark grey) which is the temp sensor. When screwed in the capillary should be located underneath the long probe, not above it (as this
can read erroneous temp readings, so the radiator might not heat correctly and the thermal fuse can cut out causing the element to stop working). There is a small indent on the external collar of the probe to denote the position of the capillary which should be between 4 and 8 on a clock face for optimal performance.
80 HEATING ELEMENTS
81 HEATING ELEMENTS
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