EnOcean Radio Transmitter , 4-Channel, Symbols 0 I and "arrow", Thermoplastic Lacquered, Matt Graphite Black

Order only

EAN: 4011377205437

MPN: ENOA595P01SWM

Box: 1

Price (excl. VAT)

107,75 €

per unit

MOQ: 1

EDT to our warehouse: 2-4 weeks

Price valid until 31.12.26 or while in stock

Technical Information

Item condition	New
Manufacture name	ENO radio transmitter ENOA595P01SWM
Brand	Jung
Categories	Switches Remote Controls & RF & IR Receivers
Country of origin*	DE
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
Harmonized System Code	8526 9200 00
ETIM	EC000257
Mounting method	Surface mounted (plaster)
Signal transmission	Radio frequency (RF)
Number of channels	4
Range	300 m
With remote control	No
Wall-mounted transmitter	Yes
With manual transmitter	No
Window transmitter	No

Packing details

Packing level 1	4011377205437
Packing level 2	4011377205437

Other Technical data

Colour	Black
Halogen free	Yes
Surface protection	Lacquered
Suitable for switch	Yes
Suitable for dimmer	Yes
Suitable for movement sensor	No
Material quality	Thermoplastic
Material	Plastic
Suitable for venetian shutter switch	Yes
RAL-number (similar)	0
Transparent	No
Surface finishing	Matt
Suitable for indication element	No

Downloads

Product data sheet Deep link REACH

Description

ENO radio transmitter ENOA595P01SWM facilitates RF-based control in switch systems, offering secure signaling for multi-channel configurations.Ideal for integration in setups requiring surface-mounted operations. Surface mounted (plaster).Halogen free construction ensures safety standards compliance.Colour marked as Black.Thermoplastic material quality enhances durability with lacquered surface protection and matt finishing integrity.Four channels available, signal transmission via Radio frequency (RF) up to 300 m range.Suitable for switches, dimmers, venetian shutter switches only;not compatible with indication or movement sensor elements directly.Zero transparency properties maintain design uniformity while avoiding additional light reflection complexities.