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Pfannenberg FLH 020-LST 20W 110-250AC Radiant heating 110 - 250 V AC 20 W (L x W x H) 132 x 60 x 70 mm Piece 1 pc(s)
EAN:
Part number:
Item no:
Packaging type
Piece
Product type
Radiant heating
Connection
Plug & Clip
Max. operating voltage
250 V AC
Type
FLH 020-LST 20W 110-250AC
Datasheet (PDF)
Number
Total (€ 53.77 / piece)
€ 53.77
plus VAT.
Technical specifications
- With fan: No.
- With room thermostat: No.
- Packaging type
Piece
- Product type
Radiant heating
- Type
FLH 020-LST 20W 110-250AC
- Features
w/o fan
- Connection
Plug & Clip
- Min. operating voltage
110 V AC
- Max. operating voltage
250 V AC
- Operating voltage
110 - 250 V AC
20 W
IP44
- Mounting type
35mm section rail mount
- Length
132 mm
- Width
60 mm
- Height
70 mm
- Dim
(L x W x H) 132 x 60 x 70 mm
- Operating temperature (max.)
+70 °C
- Operating temperature (min.)
-40 °C
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 2181564 Pfannenberg FLH 020-LST 20W 110-250AC Radiant heating 110 - 250 V AC 20 W (L x W x H) 132 x 60 x 70 mm Piece 1 pc(s)
User & Safety Instructions
User & Safety Instructions 2181564 Pfannenberg FLH 020-LST 20W 110-250AC Radiant heating 110 - 250 V AC 20 W (L x W x H) 132 x 60 x 70 mm Piece 1 pc(s)
Description
The series of FLH radiation heaters with temperature limitation of the radiator surface consists of three
Versions with heating power of 20, 30 and 50 watts.
Typical applications are within the building installation
To find where accidental contact of radiation heaters is possible within control cabinets, where
No open heat sources according to safety regulations
Are permitted or also where adjacent components pass through
Higher heat developments are negatively affected.
This text is machine translated.
Versions with heating power of 20, 30 and 50 watts.
Typical applications are within the building installation
To find where accidental contact of radiation heaters is possible within control cabinets, where
No open heat sources according to safety regulations
Are permitted or also where adjacent components pass through
Higher heat developments are negatively affected.
This text is machine translated.