RDM 1-1 Signal Booster (Repeater)

The ZENOPIX RDM Signal Booster (Repeater) is fully compatible with RDM and DMX512 (1990) standard protocols. This device functions as an RDM and DMX signal amplifier. When used together with a decoder series that supports RDM, it is ideal for extending RDM & DMX signals in real-time lighting projects. Featuring opto-isolators, this product is essential for large-scale lighting installations. RDM signal boosters and repeaters protect RDM & DMX devices from electrical faults and allow for flexible cabling configurations.

Key Features:

Available with 12V, 24V, and 48V DC input options
1 x RDM signal input
1 x RDM signal output
Ideal for use with RDM decoder series
Provides both power isolation and signal isolation

Product Features
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FAQ

Product Code	ZENOPIX 1-1 RDM Signal Booster (Repeater)
Power Input	12-48V DC Terminal Block Connector
Power Consumption	< 5 W (Under normal operating conditions)
DMX512 Input / Output	1 x 512 RDM & DMX Input / 1 x 512 RDM & DMX Output
Input / Output Connection Type	Data input and output: 3-pin screw terminal Network Protocol: RS485 (Up to 32 devices)
Isolation Type	Power and data isolation
Enclosure	Plastic case
Dimensions	122 × 44 × 24 mm (L × W × H)
Temperature and Humidity	Operating Environment: -20°C – 60°C / 20% RH Storage Environment: -25°C – 75°C / 70% RH
IP Protection Rating	IP-20

RDM 1-1 Signal Booster (Repeater)

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Question 1: Which protocols is the ZENOPIX RDM Signal Booster (Repeater) compatible with?
Answer 1: This device is fully compatible with RDM and DMX512 (1990) standard protocols.

Question 2: What is the primary purpose of this device?
Answer 2: It is used to extend RDM and DMX signals and ensure safe transmission over long distances. When used with RDM-compatible decoder series, it works seamlessly in real-time lighting projects.

Question 3: What safety and isolation features does it have?
Answer 3: The product provides both power isolation and signal isolation, protecting RDM & DMX devices from electrical faults and offering flexibility for various cabling configurations.