To Next PageTo Next Page
Need help?Do you have a question about the Leviton GreenMax DRC DRC07-ED0 and is the answer not in the manual?
Combines DRC Controller and Load controlling Smart Pack functionality for architectural controls and energy management.
Instructions for mounting the DRC Smart Pack to junction boxes using screws or nipple.
Guidance on wiring line voltage, control wiring, and Class 2 network wiring.
Details on connecting LumaCAN ports for daisy-chain topology and cable requirements.
Covers input voltage, power, load, and motor ratings for the device.
Details 0-10V control, LumaCAN data limits, power, and connections.
Includes dimensions, weight, mounting, operational temperature, and IP rating.
Describes actions for Wi-Fi and LuminaRF/Intellect/Zigbee switches.
Explains Wi-Fi, LuminaRF/Intellect/Zigbee, LumaCAN, and Heartbeat indicator lights.
Details operation where power loss is sensed via the normal power line.
Details operation where power loss is sensed via the LumaCAN power.
Steps for configuring the DRC controller using a Wi-Fi enabled device and the Leviton app.
Procedure to reset network settings and reconnect if wireless configuration changes.
Explains the fail-safe feature causing lights to stay on after power restoration.
Notes the normal 7-10 second startup time before operation begins.
Identifies potential causes like loose lamp connections or wiring.
Lists possible issues such as tripped breaker, blown fuse, or wiring faults.
Indicates processor or application failure; suggests power cycling.
Combines DRC Controller and Load controlling Smart Pack functionality for architectural controls and energy management.
Instructions for mounting the DRC Smart Pack to junction boxes using screws or nipple.
Guidance on wiring line voltage, control wiring, and Class 2 network wiring.
Details on connecting LumaCAN ports for daisy-chain topology and cable requirements.
Covers input voltage, power, load, and motor ratings for the device.
Details 0-10V control, LumaCAN data limits, power, and connections.
Includes dimensions, weight, mounting, operational temperature, and IP rating.
Describes actions for Wi-Fi and LuminaRF/Intellect/Zigbee switches.
Explains Wi-Fi, LuminaRF/Intellect/Zigbee, LumaCAN, and Heartbeat indicator lights.
Details operation where power loss is sensed via the normal power line.
Details operation where power loss is sensed via the LumaCAN power.
Steps for configuring the DRC controller using a Wi-Fi enabled device and the Leviton app.
Procedure to reset network settings and reconnect if wireless configuration changes.
Explains the fail-safe feature causing lights to stay on after power restoration.
Notes the normal 7-10 second startup time before operation begins.
Identifies potential causes like loose lamp connections or wiring.
Lists possible issues such as tripped breaker, blown fuse, or wiring faults.
Indicates processor or application failure; suggests power cycling.
The Leviton DRC™ Controller and Smart Pack (Cat. Nos. DRC07-ED0, DRC07-E30) is a versatile device that integrates the functionalities of a DRC Controller and a Load controlling Smart Pack into a single unit. This device is designed to manage architectural controls and energy management logic within a room, offering a comprehensive solution for lighting and power control.
The DRC Controller and Smart Pack serves as the central hub for managing various devices within a room. It is responsible for executing all architectural control and energy management business logic. The device can be fully set up and configured using a Wi-Fi® enabled cell phone or tablet, providing a convenient and intuitive user experience.
The device supports a LumaCAN™ network, which can extend across multiple rooms and connect multiple DRC devices. This allows for scalable and integrated control solutions across larger spaces. Each DRC Controller can connect to a variety of other devices, including DRC smart packs, relay panels, Intellect™ fixtures (future), Lumina™ RF sensors, DALI™ devices, and other compatible devices. This broad compatibility ensures flexibility in system design and expansion.
Mounting: The device is designed for easy installation. It can be mounted to the face of a 4-inch square junction box with a minimum volume of 30.3 cubic inches (4 in x 4 in x 2.125 in) using provided screws. When mounting, it's important to ensure that the conduit/cable entry clamp is positioned to avoid conflicts with the DRC nipple. Wires should be dressed to provide sufficient clearance. For jurisdictions requiring Class 2 network wiring in conduit, a 4-inch square extension ring and a blank cover can be added, sandwiching the smart pack between two junction boxes for Class 2 and Class 1 wiring. In jurisdictions requiring metal enclosures, appropriate enclosures should be provided or requested from Leviton. An alternative installation method involves mounting the product using the nipple through a junction box knock-out, ensuring all indicators remain visible and accessible.
Wiring: Line voltage and control wiring should be connected according to the wiring diagram. If 0-10V control wiring is run as Class 2, wires must be sleeved with suitable insulating material from the Smart Pack until they exit the junction box.
LumaCAN Connection: The device features two LumaCAN ports to maintain the required Daisy-Chain topology of the LumaCAN network. CAT6 cable with standard RJ45 connectors should be used. If two connections are needed, the terminator should be removed from one RJ45 port; if only one connection is required, the supplied terminator should remain connected. Wiring must adhere to the TIA-568B standard. The sequence of network nodes, as described in construction documents, may be critical for power distribution. All LumaCAN cable segments must be tested and validated before powering up the system. The last device in each LumaCAN run must be terminated using an RJ45 terminator plug. Each Smart Pack comes with a pre-installed terminator plug. LumaCAN connections must be wired as Class 2, following local jurisdictional requirements. If conduit is required for Class 2 wiring, a 4-inch square extension ring and blank plate should be used on the LumaCAN side of the Smart Pack, with conduit terminated to the extension ring.
Emergency Operation: The DRC Smart Pack can function as a UL 924 emergency bypass device, ensuring the relay closes during a power failure. The device offers two options for sensing power to determine an "emergency" state:
The device supports both "Can Mode" and "Line Mode" for emergency sensing. In Can Mode, the Smart Pack closes the relay and forces 0-10V to MAX brightness upon loss of +24VDC LumaCAN power or LINE power. In Line Mode, the Smart Pack closes the relay and forces 0-10V to MAX brightness upon loss of LINE power.
Configuration: The DRC is configured using an iOS or Android Wi-Fi capable device with the Leviton GreenMax DRC app. Users connect to the DRC Controller as a Wi-Fi access point (default name: GreenMax DRC-[serial number], default security: WEP, password: leviton0000) and use the app to navigate the configuration process. If the wireless access point or password changes, the network configuration can be reset by pressing and holding the Wi-Fi button for 20 seconds until the Wi-Fi LED flashes green rapidly, then releasing it. The LED will continue to flash rapidly until the reset cycle is complete, then go dark and blink slowly, indicating readiness for connection with factory default credentials. Site administrator access is required for app configuration.
Indicator Lights and Switches: The device includes several indicator lights and switches for normal operation, providing visual feedback on its status and allowing for basic interactions.
25-second press: LED goes dark (no action).
25-second press: LED goes dark (no action).
Emergency Self-Test: NFPA 101 Life Safety Code and NEC (Article 700.3 (B)) require regular testing of emergency equipment. To perform a test, interrupt normal power to the device using the EM control breaker or the device providing power to the LumaCAN network. Alternatively, a standard toggle switch on the normal power line can be used, provided it is local to the controlled load and permitted by local authorities.
General| Category | Controller |
|---|---|
| Manufacturer | Leviton |
| Product Line | GreenMax |
| Model | DRC07-ED0 |
| Series | DRC |
| Input Voltage | 120-277 VAC |
| Frequency | 50/60 Hz |
| Enclosure | NEMA 1 |
| Control Method | 0-10V Dimming |
| Certifications | UL, cUL |
