WaveLinx Wired Sensor Powerpack

Product Overview

The WaveLinx Wired Sensor Powerpack is an accessory for the WaveLinx Wired system, designed to power low voltage sensors and communicate occupancy data. It is compatible with OAC, VAC, and OAWC Greengate sensors that include the -R option.

Typical Applications

Office, Education, Healthcare, Hospitality, Retail, Industrial, Manufacturing, Outdoor.

Top Product Features

• Supports up to five (5) occupancy/vacancy sensors, allowing for grouped coverage with a single address.
• Plenum rated, eliminating the need for a junction box in plenum-rated areas.
• Includes a device identification buzzer for easier troubleshooting and location.
• Integrated with Greengate sensors, which blink in commissioning mode for simple identification.

Product Certification

UL Certified Safety - Energy Management Equipment (UL916).

Junction Box Mounting

The Sensor Powerpack can be mounted to the side of a 4" square box using a 1/2" knockout. The housing is made of medium impact injection molded ABS resin with a 5VA flame rating and is plenum rated for external junction box mounting with Teflon coated leads.

Interactive Menu

• Ordering Information
• Additional Resources (Refer to specification sheets)
• Wiring Diagrams
• Connected Systems
• Product Warranty (Five year standard)

Order Information

When ordering, specify the Powerpack as a separate system accessory. The Sensor Powerpack is compatible with OAC, VAC and OAWC Greengate sensors that include the -R option.

Sensor Compatibility and Setup

Greengate sensors will have their LED blink when the Sensor Powerpack is in Commissioning Mode. Refer to Greengate sensor installation instructions for setup. WARNING: Do not enable the "Zero Time Delay" DIP Switch on the sensor.

Wall Mount Occupancy Sensors

• OAWC-DT-120W-R
• OAWC-P-120W-R
• OAWC-P-009L-H-R

Ceiling Mount Occupancy Sensors

• OAC-P-0500-R
• OAC-P-1500-R
• OAC-U-0501-R
• OAC-U-1000-R
• OAC-U-2000-R
• OAC-DT-0501-R
• OAC-DT-1000-R
• OAC-DT-2000-R

While the Sensor Powerpack can power other low voltage sensors, using it with the listed Greengate sensor models is highly recommended to utilize its built-in commissioning mode. Refer to individual Greengate specification sheets for more details.

Product Specifications

Key Features

• Supports up to five (5) occupancy sensors, reducing connection costs by 90% for low voltage PIR, ultrasonic, and dual tech sensors to WaveLinx Wired.
• Allows grouping of five occupancy sensors for a large coverage area with a single shared address.
• Plenum rated: Eliminates the need for a junction box in plenum-rated areas (where air handling equipment is present).
• Device identification buzzer: Aids in locating a Sensor Powerpack in ceilings for troubleshooting.
• Integrated with Greengate sensors: Sensors blink in commissioning mode for easy identification by installers.

Mechanical

• Dimensions: 1.7"H x 2.6"W x 6.1"L (43.2mm x 66mm x 155mm)
• Mounting: Mounts to the side of a 4" square box via 1/2" knockout.
• Housing: Medium impact injection molded housing, ABS resin with 5VA flame rating. Plenum rated for external junction box mounting with Teflon coated leads.

Environment

• Operating Temperature: 32° F to 104° F (0° C to 40° C). For indoor use only.
• Operating Humidity: 10% to 90% RH (non-condensing).
• Storage Temperature: 32° F to 104° F (0° C to 40° C).

Control Specification

• Communication Interface: WaveLinx Wired Local Bus (via SCMD4).
• Current Draw: 2mA per device (max).
• Output: 15 VDC, 125mA to operate up to five Greengate sensors.

Electrical

• Input Voltage: 120/277 VAC, 240 VAC, or 347 VAC +/- 10%.
• Input Frequency: 50/60 Hz.

Standards/Ratings

• cULus Listed - Energy Management Equipment (UL916).
• Manufactured in an ISO 9001 certified factory.
• Meets ASHRAE Standard 90.1 requirements.
• Meets IECC 2015 requirements.
• Meets CEC Title 24 requirements.

Warranty

Five year warranty standard.

System Architecture

Simple WaveLinx Wired System

The simple WaveLinx Wired system involves components like an Area Controller (e.g., SCMD4), wallstations, occupancy/daylight sensors, and LED luminaires with DALI drivers. These connect via the WaveLinx Wired Local Bus. The system can also integrate with 0-10V LED controllers, powerpacks, relay packs, and dual technology occupancy sensors.

Complete WaveLinx Wired System

A complete WaveLinx Wired system expands on the simple setup, incorporating multiple Area Controllers (like ILS-0020, ILM-2110, ILL-3301), relay packs, DMX fixtures, curtain/blind controls, and reverse phase track lighting. It connects to building networks via Ethernet (using modules like EG2) and integrates with Building Management Systems (BMS) like BACnet, as well as applications like iLumin APP and network timeclocks (TC1). The system utilizes the WaveLinx Wired Network for communication, often daisy-chained using specific cable types.

Wiring Diagram

The Sensor Powerpack connects to a 120/277 VAC, 240 VAC, or 347 VAC 20 amp branch circuit for unit power. It provides a 15V output to power low voltage sensors. The low voltage section connects to a junction box using an NPT adapter and lock nut. The diagrams illustrate proper wiring between line voltage input, low voltage sensors, and the two-wire communications bus.

Class 1 Wiring

Class 1 wiring involves connections for power (15 VDC), control (occupancy), common, daylighting, and commissioning. It shows connections to the Sensor Powerpack (e.g., SPP-MV-DC1) and to additional sensors, with a maximum of five sensors per DALI pack. Specific wire colors are indicated: RED (POWER 15VDC), BLUE (CONTROL-OCCUPANCY), BLACK (COMMON), YELLOW (OCC/DAYLIGHTING), WHITE (COMMISSIONING).

Class 2 Wiring

Class 2 wiring handles the line voltage input (HOT, NEUTRAL) and the WaveLinx Wired Local Bus. It specifies connecting either the white/orange or white/black lead to neutral, depending on power requirements, and capping off the unused lead. The WaveLinx Wired Local Bus (PURPLE wire) connects to the SCMD4.

Overview

The Sensor Powerpack supplies power to low voltage sensors and transmits occupancy data status over the WaveLinx Wired Local Bus to the SCMD4. It is ideal for open area spaces requiring multiple dual technology sensors.

Sample System Topology

This diagram illustrates the main components of the WaveLinx Wireless and Wired Connected Lighting system. The WaveLinx wireless system uses IEEE 802.15.4 mesh technology. The WaveLinx wired system controls devices via relay, 0-10V, DMX, and the WaveLinx wired digital local bus, connecting to the building LAN via modules like the EG2. Area controllers in both systems communicate over their respective networks.

The system supports 3rd Party Integration via IoT API and Smart Lighting Apps. Key components include the Trellix Core, various Area Controllers (WAC, ILS-0020, ILM-2110, ILL-3301), sensors (occupancy, daylight, dual tech), wallstations, luminaires (LED with DALI or 0-10V drivers), relay packs, and DMX fixtures. Integration with Building Management Systems (BMS) and mobile applications is also supported.

Control Systems

• Trellix
• WaveLinx Wireless
• WaveLinx Wired
• VividTune