Crestron Green Light® Power Pack, 1-Channel 0-10V Dimmer w/infiNET EX® Wireless & Built-in Power Monitoring

Make more rooms green with the Crestron Green Light® Power Pack. Designed for commercial lighting applications, this low-cost, intelligent lighting system controls lights based on the occupancy and available natural light in any room.

Get Custom Programming from 4TEC

Retail: $660.00
Price: $600.00
You Save: $60.00 (9.1%)
    Quantity:
    Availability: In Stock
    Usually ships In 24 - 48 hours

    Item #: GLPP-DIMFLVEX-PM

    Description

    The Crestron Green Light Power Pack (GLPP) family delivers affordable room lighting control with the essential features for reducing energy usage. Available with up to three channels of switching or 0-10V dimming, each GLPP model includes inputs for a photo sensor and occupancy sensor to control lighting levels automatically based on the amount of natural light and the presence of people in a space, offering a cost-effective and powerful lighting-control solution for classrooms, small offices, and open-plan offices.

    Ideal for new construction as well as retrofitting existing buildings, GLPPs are designed to install and commission quickly and without hassle. Additionally, the GLPP can be connected to a central control system, enabling it to become an integral part of the building energy management system. The dimming models also include built-in power monitoring to track energy usage in real time, providing accurate metrics to assess real power savings. When installed as a standalone lighting system, the GLPP can be easily commissioned via an optional, wireless IR remote (the GLPPA-REMOTE-PROG).

    Easy Installation
    Designed to mount directly over a pair of adjacent 4" square electrical boxes, the GLPP is easy to prepare for and install. High- and low-voltage connections are made using the labeled, color-coded flying-lead wires. Once installed, each unit is instantly operational with out-of-the-box default settings adequate for many applications.

    Further commissioning tweaks to the GLPP are a snap with the optional GLPPA-REMOTE-PROG remote. For added convenience, this remote can use the IR receiver on a GLS-ODT-C-NS or GLS-OIR-C-NS occupancy sensor that is connected to the GLPP to send commissioning and setup commands. If occupancy sensors are not present, the optional GLPPA-IRGW-F flush-mount, external IR receiver facilitates the smooth operation of a GLPP remote in any size room.

    Energy Efficiency
    Occupancy sensor and photosensor inputs drive the potential for significant energy savings. Lights will turn off automatically when the room is vacated, and rooms with adequate daylight will dim automatically. During the simple commissioning process, these cost-saving techniques can be made permanent to prevent users from overriding them.

    Built-in Power Monitoring
    Power monitoring, included on all dimming models,[1] tracks the real time energy usage of each GLPP to help control energy costs. By analyzing real data, organizations can make more educated decisions regarding energy resources, which will have greater impact on the bottom line.

    User Interface Options
    Recall specific scenes or manually adjust lighting in a space with up to three, 4-button GLPPA-KP keypads or the optional handheld GLPPA-REMOTE-USER user remote. To help promote installation in existing spaces, these discrete keypads can be installed in place of standard toggle switches by utilizing existing switch-loop wiring.[2]

    Adaptive Zero-Cross Switching
    The GLPP is built to last and to extend the life of the connected ballasts and lamps. By using a proprietary, closed-loop zero-cross switching scheme, the GLPP ensures that relay contacts close under no load.

    Crestron® Integrated Building Control System
    As with all Crestron products, control goes beyond just a single room. While the GLPP is a great single room solution, it is designed to be part of a larger Crestron integrated building system, linked via wired or wireless communication to the central control system. With Crestron Fusion® software, building managers have total energy monitoring, management, and control capabilities over all GLPPs and other installed Crestron equipment.

    Cresnet® Models – Wired Communications
    Robust and reliable communications between the GLPP and a control system is provided over the Cresnet bus. The versatile topology of Cresnet means that installers can home-run, daisy-chain, or mix and match as needed. Cresnet connects to the GLPP via flying leads with wire nuts, eliminating any need for crimpers or connectors and making for a more secure, trouble-free termination.

    infiNET EX® Models – Wireless Communications
    Ultra-reliable infiNET EX wireless technology provides steadfast 2-way RF communications throughout a commercial structure without the need for physical control wiring. Employing a 2.4 GHz mesh network topology, each infiNET EX device functions as an expander, passing command signals through to every other infiNET EX device within range (approximately 150 feet or 46 meters indoors), ensuring that every command reaches its intended destination without disruption.[3]

    The GLPP communicates with a Crestron control system via an infiNET EX Wireless Gateway (model CEN-GWEXER, DIN-AP3MEX, or MC3 [4]). Up to 100 infiNET EX devices may coexist on a single wireless network, and every device that is added to the network effectively increases the range and stability of the entire network by providing multiple redundant signal paths.[3]

    Key Features
    • Lighting control for 100-277 Volt AC loads
    • Ideal for new construction or retrofits
    • Quick and easy commissioning via optional handheld remote (GLPPA-REMOTE-PROG)
    • Wired or wireless link to central Crestron® system
    • 1-, 2-, and 3-channel models available
    • Switched and 0-10V dimming models available
    • Occupancy sensor and photosensor integration
    • Support for up to three remote keypads
    • Easy keypad wiring using existing switch-loop wiring
    • Optional handheld remote for daily use (GLPPA-REMOTE-USER)
    • Real-time energy monitoring on select models
    • Adaptive zero-cross switching for extended life
    • Seamless integration with Crestron AV systems
    • CEC Title 24 2013 Compliant
    • UL 2043 Listed

    Specifications

    Load Ratings
    Number of Dimming or Switching Channels1, 2, or 3, depending on model
    Per Unit16 Amps at 100-277 Volts AC, 50/60 Hz (20 Amps, de-rated to 80%)
    Dim Load Types0-10 Volt fluorescent ballast (4-wire); 0-10 Volt LED drivers; 60 mA max current sink
    Switch Load TypesFluorescent ballast, incandescent, magnetic low-voltage, electronic low-voltage, neon/cold cathode, high-intensity discharge
    Relay Lifetime1,000,000 cycles
    Power Requirements
    Power ConsumptionWired Models: 1.5 Watts at 120-277 Volts, with no sensors or keypads attached;
    Wireless Models: 2 Watts at 120-277 Volts, with no sensors or keypads attached
    Main Power100-277 Volts AC, 50/60 Hz
    Available Sensor Power150 mA at 24 Volts DC (sufficient for powering multiple sensors)
    Wired Communications – Cresnet Models Only
    Cresnet [5]
    Wireless Communications – infiNET EX Models Only
    RF TransceiverinfiNET EX 2-way RF, 2.4 GHz ISM Channels 11-26 (2400 to 2483.5 MHz), default channel 15; IEEE 802.15.4 compliant
    Range (Typical)150 ft (46 m) indoor, 250 ft (76 m) outdoor, to nearest mesh network device(s); Subject to site-specific conditions and individual device capabilities [3]
    GatewayRequires an infiNET EX gateway [4]
    Controls & Indicators
    POWER(1) Green LED; indicates line voltage is supplied to unit
    STATUS(1) Red LED; indicates unit is in Setup mode
    STATUS(1) Recessed push button; toggles Setup mode
    IR RECEIVER(1) IR window, for use with commissioning remote control
    Connections (Class 1)
    HOT(1) 14 AWG Class 1 flying lead, black, line in (100-277 VAC)
    NEUT(1) 14 AWG Class 1 flying lead, white
    SW HOT(1, 2, or 3) 14 AWG Class 1 flying lead(s), red, switched hot labeled with channel number
    GROUND(1) 14 AWG Class 1 flying lead, green w/yellow stripe
    Connections (Class 1) – Dimming Models Only
    0-10V dim(+)(1, 2, or 3) 18 AWG Class 1 flying lead(s), violet, labeled with channel number
    0-10V dim(-)(1) 18 AWG Class 1 flying lead, gray
    Connections (Class 2)
    COM(1) 18 AWG Class 2 flying lead, black; common for sensors, IR, and Cresnet
    24V(1) 18 AWG Class 2 flying lead, red, 24 VDC for sensor power
    OCC(1) 18 AWG Class 2 flying lead, orange, signal for occupancy sensor
    PHOTO(1) 18 AWG Class 2 flying lead, yellow, signal for photo sensor
    IR(1) 18 AWG Class 2 flying lead, brown, connects to IR terminal of GLS-ODT-C-NS or GLS-OIR-C-NS occupancy sensor; if sensor is not present, brown wire can also connect with optional flush-mount, external IR receiver (GLPPA-IRGW-F)
    KEYPAD(2) 18 AWG Class 2 flying leads, white with black stripe; supports up to three (3) GLPPA-KP Keypads
    Connections (Class 2) – Cresnet Models Only
    CNET Z(1) 18 AWG Class 2 flying lead, blue, Cresnet Data Z
    CNET Y(1) 18 AWG Class 2 flying lead, white, Cresnet Data Y
    Connections (Class 2) – infiNET EX Models Only
    Antenna(1) Connection for supplied antenna
    Construction
    Chassis20-gauge galvanized steel enclosure
    MountingAttaches to two (2) adjacent standard 4" square electrical junction boxes;[6] 3-channel versions require a box depth of 2-1/8" (54 mm); meets the requirements of UL 2043 for installation in an environmental air-handling (plenum) space
    Environmental
    Temperature32° to 104° F (0° to 40° C)
    Humidity10% to 90% RH (non-condensing)
    Dimensions
    Height4-1/4 in (108 mm)
    Width8-5/8 in (220 mm);
    9-13/16 in (250 mm) with antenna at 90° angle (wireless models only)
    Depth1-7/8 in (48 mm)
    Weight
    2 lbs (907 g)
    Standards & Certifications
    FCC;
    UL 916;
    UL 2043 listed for installation in an environmental air handling space;
    Relays listed under UL 508 Section 41 (Endurance Test) and Section 61C (Electronic Ballasts);
    CEC Title 24 2013 Compliant