LightSweep INTXX up to 6-48 Emergency rated Relay Lighting Control Systems

This line of GE LightSweep Modular Lighting Control Systems are low Voltage lighting control systems with 6 to 12 RR9P relays and a combination of the following components based on your system needs:

• CLCRMS6: Switch Inputs Module
• CLCGSM8: Programmable Group Switch Module with 8 Inputs
• CLCDLS: Touchscreen Dataline Scheduler
• CLCDIM4: 4 Channel Dimming Module
• CLCBnet: BACnet Interface Module

The CLCINTR12 or CLCINTR12-xxx-xxxx is the interior frame for a LightSweep relay panel with 12-relay capacity. The same frame is used for dimming panels. The complete assembly also includes one of the following:

• Metal Tub (CLCTUBxx)
• Power Supply (RPWRxxxx)
• Cover (CLCCOVxxSL)

Features

Pre-wired RR9P (5-wire) or RR7P (3-wire) plug-in relays.

Push-button override with LED status indication for each relay.

Interior components - (specified in the complete description of INTxyy-xxx-xxxx)):

• CLCGSM8 - Eight programmable switch inputs, each "softwired" to any group of relays in the network
• Local Channel push-button contrul with bi-culor LED status indication (ON/OFF/Mixed group). Eight inputs configured for either switch/motion or photocell inputs.
• CLCRMS6 (CLRM6) - Relay module for 6 relays RR9P (RR7P) relays.
• CLCDIM - Four input/outputs for contrulling 0-1vdc dimming ballast, each output can contrul up to 50 0-10v dimmable ballasts or LED drivers.
• CLCDLS - data line scheduler/programmer - 8-schedules.

Maximum of 99 nodes per CAN segment.

Note: product may be different than appears on Image as it depends on the modules and Relays Required.

The CLCINTR24 or CLCINTR24-xxx-xxxx is the interior frame for a LightSweep relay panel with 24-relay capacity. The same frame is used for dimming panels. The complete assembly also includes one of the following:

1. Metal Tub (CLCTUBxx)
2. Power Supply (RPWRxxxx)
3. Cover (CLCCOVxxSL)

Features

Pre-wired RR9P (5-wire) or RR7P (3-wire) plug-in relays.

Push-button override with LED status indication for each relay.

Interior components - (specified in the complete description of INTxyy-xxx-xxxx)):

1. CLCGSM8 - Eight programmable switch inputs, each "softwired" to any group of relays in the network
• Local Channel push-button control with bi-color LED status indication (ON/OFF/Mixed group). Eight inputs configured for either switch/motion or photocell inputs.
2. CLCRMS6 (CLRM6) - Relay module for 6 relays RR9P (RR7P) relays.
3. CLCDIM - Four input/outputs for controlling 0-1vdc dimming ballast, each output can control up to 50 0-10v dimmable ballasts or LED drivers.
4. CLCDLS - data line scheduler/programmer - 8-schedules.

Maximum of 99 nodes per CAN segment.

Note: product may be different than appears on Image as it depends on the modules and Relays Required.

The CLCINTR36 or CLCINTR36-xxx-xxxx  is the interior frame for a LightSweep relay panel with 36-relay capacity. The same frame is used for dimming panels. The complete assembly also includes one of the following:

1. Metal Tub (CLCTUBxx)
2. Power Supply (RPWRxxxx)
3. Cover (CLCCOVxxSL)

Features

Pre-wired RR9P (5-wire) or RR7P (3-wire) plug-in relays.

Push-button override with LED status indication for each relay.

Interior components - (specified in the complete description of INTxyy-xxx-xxxx)):

1. CLCGSM8 - Eight programmable switch inputs, each "softwired" to any group of relays in the network
• Local Channel push-button control with bi-color LED status indication (ON/OFF/Mixed group). Eight inputs configured for either switch/motion or photocell inputs.
2. CLCRMS6 (CLRM6) - Relay module for 6 relays RR9P (RR7P) relays.
3. CLCDIM - Four input/outputs for controlling 0-1vdc dimming ballast, each output can control up to 50 0-10v dimmable ballasts or LED drivers.
4. CLCDLS - data line scheduler/programmer - 8-schedules.

Maximum of 99 nodes per CAN segment.

Note: product may be different than appears on Image as it depends on the modules and Relays Required.

The CLCINTR48 or CLCINTR48-xxx-xxxx is the interior frame for a LightSweep relay panel with 48-relay capacity. The same frame is used for dimming panels. The complete assembly also includes one of the following:

1. Metal Tub (CLCTUBxx)
2. Power Supply (RPWRxxxx)
3. Cover (CLCCOVxxSL)

Features

Pre-wired RR9P (5-wire) or RR7P (3-wire) plug-in relays.

Push-button override with LED status indication for each relay.

Interior components - (specified in the complete description of INTxyy-xxx-xxxx)):

1. CLCGSM8 - Eight programmable switch inputs, each "softwired" to any group of relays in the network
• Local Channel push-button control with bi-color LED status indication (ON/OFF/Mixed group). Eight inputs configured for either switch/motion or photocell inputs.
2. CLCRMS6 (CLRM6) - Relay module for 6 relays RR9P (RR7P) relays.
3. CLCDIM - Four input/outputs for controlling 0-1vdc dimming ballast, each output can control up to 50 0-10v dimmable ballasts or LED drivers.
4. CLCDLS - data line scheduler/programmer - 8-schedules.

Maximum of 99 nodes per CAN segment.

Note: product may be different than appears on Image as it depends on the modules and Relays Required.

The CLCTUBxx is the tub for CLC rated Lighting Automation panel. 

Separating the modules simplifies installation. The tub can be mounted early to allow conduit installation and rough-in wiring. The interior, which includes the relays and terminations, simply slides into the tub. The lighting circuits and low voltage control wiring can then be terminated and the cover installed.

The CLCCOVxxSL is a surface mounted, hinged, lockable cover for 12, 24, 36, 48 CLC Lighting Automated Panels.

Separating the modules simplifies installation. The Cover can be mounted early to allow conduit installation and rough-in wiring. The interior, which includes the relays and terminations, simply slides into the tub. The lighting circuits and low voltage control wiring can then be terminated and the cover installed.

The CLCXFRxx is the power supply for the INTERxx-xxx-xxxx Lighting Automation panel.

Features

Overcurrent protection. Transformer automatically goes off when overloaded and resets when the fault is removed.

Two separate 50VA transformers. Separate transformers for relays and intelligence modules provides relay wiring flexibility while ensuring a stable power source for the electronic options.

GE-MOV voltage spike protection. metal Oxide Varistors protect all downstream electronics from powerline voltage spikes.

GE RR SERIES RELAYS HAVE SERVED as the heart of low voltage lighting controls for over 40 years. The basic power switching device, the relay serves as the foundation of a building’s lighting control solution.

GE’s Remote Control panels and frames are configured for either RR7P or RR9P relays with a five-pin female connector. The user can simply remove a knockout in the low voltage barrier, snap the relay into place, and plug it onto the interconnect board.

RR7P Operation

Each relay employs a split low-voltage (24V) coil to move the line voltage contact armature to the ON(OFF) latched position. As illustrated on the opposite page for the RR7P, the ON coil moves the armature to the left when a 24 volt control signal is impressed across its leads. The armature latches in the ON position and will remain there until the OFF coil is energized.

This operation provides several key control features:

• Positive action. The relay always goes to the state commanded. For example, multiple OFF commands will keep the contacts in the OFF position.
• Stable operation. Since the relay latches in the ON or OFF position, power outages do not result in a change of state.
• Minimal power consumption. Control power is only required when the relay changes state.
• Ability to support multiple input devices. After the relay responds to a momentary pulse, it is then “free” to accept another pulse from any other control devices wired to it. The relay position is always controlled by the last signal.

RR9P Operation

GE RR9P relays are mechanical latching-type devices for direct plug-in to a GE Lighting Automation Panel. Pilot contact provides status feedback through LED indicators mounted on Rinterxxyy. They require only momentary 24 volt rectified AC switch circuits. Coil design resists burnout that could occur if equipment or operational failure energized the relay for an extended period of time. All GE low voltage relays may be used to full rated capacity for tungsten filament, ballast or resistive loads.

The RR9P includes an auxiliary contact on the low-voltage side of the armature to provide status indication for pilot light switches or indicator lights for remote annunciation of lighting status. It is also used to provide status information to more highly automated GE TLC systems

Replay Catalog numbers and Descriptions

• RR7P: Standard 3-wire relay with 5-pin connector
• RR9P: Isolated pilot contact 5-wire relay with 5-pin connector
• RR7: Standard 3-wire relay with stripped leads
• RR8; Pilot contact 4-wire relay with stripped leads
• RR9: Isolated pilot contact 5-wire relay with stripped leads
• RR7EZ: Standard 3-wire relay with spade terminals
• RR8EZ: Pilot contact 4-wire relay with spade terminals
• RR9EZ: Isolated pilot contact 5-wire relay with spade terminals

The CLCRMx6 Relay Module will connect up to six RR style relays to the modular lighting control system. Supports relays with or without feedback with LED status indication and pushbutton toggle operation.

The CLCRMS6 has six switch input terminals with pilot light operation for relays which have the optional feedback, or jumper selectable locator light operation for those without.

Features

• Controls up to 6 relays with or without feedback
• Optional relay control via 6 hardwired switch inputs
• Color-coded spring-type terminals for switch wiring
• Pushbutton programming capable for basic operation
• Toggle relay state via pushbutton
• Jumper selectable for Pilot or Location switch functionality
• Communicating on CAN lighting network

Application

The CLCRMx6 provides control of up to six relays per module allowing a lighting panel to be built up based on the number of relays the panel requires and reducing costs. This also allows for simple expansion of a panel to add in additional modules and relays until the panel capacity is reached. The RMS6 version of the module has six 2-position (On/Off) terminals with pilot/locator functionality. These terminals allow for 3-wire and 2-wire Momentary and Maintained switch operation based on how the switches are wired to the terminals.

Order the controller and desired options with the following product numbers:

• CLCRM6: 6 Relay Control Module
• CLCRMS6: 6 Relay Control Module with 6 direct-control switch inputs
  

The CLCGSM8 Group Switch Module will connect up to eight inputs to the Modular Lighting Control System. Through the color-coded spring clip terminals, the device supports switches, photocells and motion sensors. When not used for switches, the pilot light terminals may be configured to provide power to the connected sensors simplifying installation.

Pushbutton programming provides a simple means of assigning the input to groups of relays and other group inputs on the lighting network. Module doubles as a power injector distributing power to the panel's relay modules and the lighting network, providing status indication for network power monitoring.

Features

• Connects up to 8 inputs
• Inputs can be configured for switches, photocells or motion sensors
• Color-coded spring-type terminals for switch wiring
• Pushbutton programming capable for basic operation
• Toggle switch state via pushbutton
• Jumper selectable for binary contacts or analog photocell
• Communicating on CAN lighting network

Application

The CLCGSM8 provides a way to map a variety of system input devices such as switches, motion sensors and photocells to relays and smaller nested lighting groups. Status indication on the device is derived from the status of the devices which is under its control providing immediate useful feedback about them. Pushbutton programming allows users to quickly program basic group switch to relay associations, while more advanced motion sensor and photocell operation is programmed via software or the data line scheduler.

Order the controller and desired options with the following product numbers:

• CLCGSM8 - 8 Group Input Module
  

The CLCDIM4 dimming module controls four dimming channels. Through the color-coded spring terminals, the device provides 0-10V dimming controlled by a photocell for daylighting operations, as well as advanced scene control via devices in the CLC network.

The module can be powered via the CLC network or can double as a power injector distributing power to the panel’s relay modules and the lighting network, providing status indication for network power monitoring.

Features

• Connects up to 4 photocell inputs
• Connects up to 4 0-10V dimming outputs
• Color-coded spring-type terminals for photocell and ballast
• Closed-loop daylighting control build into channel
• LED output indication of level
• Jumper selectable for network or transformer power
• Communicating on CAN lighting network

Application

The CLCDIM4 provides daylighting and analog scene control to the CLC system. The channels daylighting setpoint or analog outputs can be controlled using switches in the CLC system so that operation is coordinated with On/Off relay control of the circuits.

Photocell control provides closed-loop control for indoor type sensors, and open loop control for outdoor, atrium or skylight sensors. Closed loop will allow setpoint control to a given footcandle value, while open loop control will linearly vary the output based on a specified range of the photocell.

Order the controller and desired options with the following product numbers:

• CLCDIM4 - 4 Channel Dimming Module
  

The CLCDLS touchscreen Scheduler provides 8 schedules to control any relays or groups in the lighting system. It also provides astronomical clock information, calculating sunrise and sunset times based on UTC and location. 8 additional lighting control groups are available for Common Area control or other grouping needs.

The device is powered off the same structured cabling which powers the CLCSWTx Network Switches, and provides a user interface into the network for configuring any device in the network independent of where it is located.

Features

• 3.5"Full-Color Touchscreen
• 8 weekly schedules with up to 8 durations per day
• Single or recurring exceptions to each schedule
• Real-time clock with Super-cap backup
• Configuration interface for an entire lighting network
• Astronomical clock functionality
• 8 additional programmable groups
• Communicating and powered from CAN lighting network

Application

The CLCDLS can turn On and/or Off up to 60 individual relays or lighting control groups for each schedule, with scheduling exceptions or astro functionality. Any lighting control group in the network may enable or disable functionality based on time of day by subscribing to any schedule.

The dataline scheduler doubles as a user interface into the lighting network allowing the user to configure, edit and operate all switches, sensors, relays and remote schedules in the system. It can be mounted in the LCP or on a standard electrical wall box for mounting in the space. Each CLCDLS adds 8 schedules to the system, providing scalability for any advanced lighting application scenarios.

Order the controller and desired options with the following product numbers:

• CLCDLS - Touchscreen Dataline Scheduler
  

The CLCBNET controller expands the features of a stand-alone Lighting Control System to a fully programmable with computer front-end system, with capability for seamless integration to EMS using the BACnet protocol.

It is a fully programmable native BACnet controller, supporting the BACnet MS/TP, BACnet over Ethernet and BACnet IP.

The CLCBNET maps the lighting system’s objects: relays, analog I/O’s (dimming channels, photocell inputs) and provides control and schedule functionality.

Features

• Controls up to 99 CAN devices
• Dynamically learns all devices on the CAN bus and displays the object configuration.
• Allows for remote programming and monitoring via Ethernet or TCP/IP
• Push-button switch for automatic program transfer to CAN devices
• Custom programming
• Event logging and trending, alarming

Application

CLCBNET is used for applications requiring computer front-end for programming and monitoring, integration to EMS using the BACnet protocol, web interface for lighting control system. campus applications with remote buildings or multi-site companies.

Order the controller and desired options with the following product numbers:

• CLCBNET - BACnet Interface Module