Product Description
Overview
The KUPO DX-1230 is a 12-channel modular DMX dimmer pack for rack-based lighting control, rated up to 30 A maximum output per channel. It is the higher-capacity sister to the DX-1220, built for installations that need 12 channels of dimming or switching with heavier per-channel load capability.
Why It Matters
Large dimmer systems are service problems unless they are designed in modules. DX-1230 uses twelve extractable channel modules, MCB / NFB protection per channel, DMX and analog input support, emergency scene behavior, and thermal management so the rack can be operated and maintained with fewer surprises.
Key Features
- 12-channel modular dimmer system with up to 30 A maximum output per channel
- Twelve individual extractable modules support service at the channel-module level
- DMX-512 and DC 0-10 V analog input support both modern and legacy control systems
- Emergency scene output can continue when DMX signal is lost
- Thermal protection uses fan activation, output cutoff, and restart thresholds for safer operation
Additional Technical Notes
- Power Input: AC 100-240 V, 45-63 Hz, 3 phase 4 wire; other specifications upon request
Applications
Use it for theatres, concert halls, hotels, conference centers, museums, galleries, cinemas, department stores, entertainment centers, nightclubs, and architectural lighting systems that need rack-based dimming with higher channel capacity.
Compatibility
Supports DMX-512 via XLR 5-pin and DC 0-10 V analog input via D-type 15-pin connector. Power input is AC 100-240 V, 45-63 Hz, 3 phase 4 wire, with other specifications upon request.
Frequently Asked Questions
How is DX-1230 different from DX-1220°
DX-1230 is the higher-capacity version, rated up to 30 A per channel instead of 20 A per channel.
Can it work without a DMX console during testing?
Yes. The specification lists a self-test function for checking output without a console.
Does it support analog control?
Yes. It supports DC 0-10 V analog input in addition to DMX-512, which is useful in mixed or legacy control environments.
