What to do if dimmer appears to work but there is no control of load on Lehigh DX3 Control Systems?
Apply a small incandescent test load to the load terminals and check for dimming and/or load voltage. If the dimmer does not output voltage, try a swap.
Describes the different physical sizes and capacities of DX3 dimmer racks.
Explains the system's communication protocols, I/O, and rack connectivity.
Details how configuration data is stored in MRAM and Flash memory for backup.
Explains the system's ability to maintain power during brief outages using super capacitors.
Illustrates a standard system setup with connections for console, controls, and fixtures.
Details the physical interface, display, LEDs, and ports on the SCM control module.
Outlines the various methods available for controlling dimmers and system functions.
Explains how multiple control sources are prioritized to control a dimmer.
Provides practical examples of assigning and prioritizing control sources for dimmers.
Describes the programmable mapping of inputs to outputs and control events.
Details the system's ability to store and recall cue memories for lighting scenes.
Explains the Collage system's features for architectural lighting control and presets.
Defines zones as the method for controlling dimmers within the Collage system.
Describes stations used for creating and recalling lighting presets and system functions.
Details stations primarily used for recalling presets and other programmable functions.
Explains receptacle stations for portable or removable control unit connections.
Provides details on wiring for the two DMX input ports, including pinouts and special signals.
Outlines the wiring rules and requirements for the Collage architectural control system.
Describes the connection for a dry contact input used to activate the system's panic function.
Explains how to set rack IDs and terminate DMX lines using DIP switches.
Details the connections for DMX output signals used for rack-to-rack communication or auxiliary boards.
Describes the optional terminals for phase loss detection and emergency signaling.
Explains how to connect the system to a network via Ethernet for control and configuration.
Details how to connect a PC to the SCM using a USB cable for configuration and control.
Explains how to connect a PC to the system via Ethernet for network-based control.
Introduces the RCI display, buttons, and indicators for system interaction.
Explains how to navigate through menus and select options using the RCI interface.
Describes how to interact with dialogs for inputting data and making selections.
Details functions for saving, loading, and managing configuration files on a USB drive.
Covers setting time/date, network IP address, and viewing system info.
Explains how to control and set fade times for lighting snapshots.
Covers saving and loading configurations to/from MRAM and Flash memory.
Describes how to perform a single dimmer focus check for testing purposes.
Details the steps for powering the system on and off safely.
Provides information about the dimmer control hardware and its indicators.
Explains the SCM, its components, ride-thru disable, and core module procedures.
Details the function of the SCM dip switches for configuration and recovery.
Explains the soft reset feature and its interaction with dip switch settings.
Describes the components and connections on the control backplane assembly.
Provides instructions for cleaning the dimmer cabinet, filters, and dimmers.
Recommends periodic checks of electrical connections for tightness.
Outlines requirements for proper airflow and ambient temperature for system operation.
Describes using USB flash drives for storing and restoring system configurations.
Details the functionality and wiring of the C1470 interface board for dry contact inputs.
Explains the C1469 board for controlling 0-10VDC LED or fluorescent drivers.
Describes the C1549 board for interfacing with 0-9.0VDC analog signals.
General| Brand | Lehigh |
|---|---|
| Model | DX3 |
| Category | Control Systems |
| Language | English |
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