Temperature controller fan coil, 4-pipe TRDLS923048SW

Name: Temperature controller fan coil, 4-pipe TRDLS923048SW
Brand: Jung
Price: 269.460 EUR
Availability: PreOrder

In stock: No Vendor stock: No Minimal order quantity: 1

Price (excl. VAT):

269,46 €

This price is valid until 31.12.25

EAN: 4011377155985

MPN: TRDLS923048SW

Package: 1

Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition	New
Manufacture name	Temperature controller fan coil, 4-pipe TRDLS923048SW
Brand	Jung
Categories	Control devices for switches and sockets
Country of origin	DE
Harmonized System Code	9032 1020 00
Mounting method	Flush mounted (plaster)
Colour	Black
Width	70 mm
Model	Brand-dependent
Height	70 mm
Depth	0 mm
RAL-number	0
With display	Yes
Diameter	0 mm
Type of power supply	230 V AC
Operation	Button
Sensor/feeler type	Other
Number of modules (module system)	0
Standby power consumption (solstandby)	0 W
Max. contact voltage	0 V
With receiver	No
With tap water circuit	No
Number of heater outputs	2
Number of cooler outputs	2
With sound indicator	No
Temperature readable	Yes
Suitable for heating	Yes
Max. contact load	0 A
Differential value	0.5 K
External sensor	No
Adjustable differential	No

Packing details

Packing level 1

4011377155985

Description

Temperature controller for managing fan coil units in 4-pipe systems.Designed for precise heating control and integration with modular switch or socket setups in plaster-mounted installations. Flush mounted (plaster).Black color.Width:70 mm.Height:70 mm.With display.Operation via button interface.230 V AC power supply type.Measuring range undefined.Number of heater outputs:2.Number of cooler outputs:2.Differential value set to 0.500 K fixed, non-adjustable.Sensor type classified as "Other". Temperature readable functionality present but no external sensor compatibility exists, and there"s no tap water circuit support included;does not have a sound indicator system implemented nor receiver integrated mechanisms either standby power consumption holds nominally at negligible levels (0 W).