Leviton GreenMAX DRID0-C02

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COM

PLT

24V

OUT

GreenMAX

DRC 2 Port Analog Interface

Cat. No. DRID0-C02, DRID0-CB2

INSTALLATION INSTRUCTIONS

ENGLISH

WARNINGS

• TO AVOID FIRE, SHOCK, OR DEATH; TURN OFF POWER AT CIRCUIT BREAKER OR FUSE AND TEST

THAT POWER IS OFF BEFORE WIRING!

• To be installed and/or used in accordance with appropriate electrical codes and regulations.

• If you are unsure about any part of these instructions, consult an electrician.

CAUTIONS

• Use this device with copper or copper clad wire only.

• For indoor applications only.

• Save these instructions.

The GreenMAX DRC Low Voltage Analog Interface (AI) is designed to accept input from low voltage sources

like occupancy sensors, switches, photocells, and other related systems, and to interface to other external

systems via low voltage input.

Mount with one of the following methods:

Install into a 4-11/16 in. electrical junction box.

NOTE: Electrical junction box must have a depth of 2 in. or greater.

Introduction

DRID0-C02 Installation Options

DRID0-CB2 Installation

Interface

WARNING: TO AVOID FIRE, SHOCK, OR DEATH;

TURN OFF POWER at circuit breaker or fuse and test that power is off before wiring

Before Installation

DIN Rail Mounting

Consider the items noted below:

• Surface mounting is possible using mounting ears as shown. Mounting ears are shipped separately as part

number DRID0-EAR.

• For jurisdictions where all Class 2 wiring must be in conduit or if the device must be in a metal enclosure,

surface mounting is not appropriate.

• For compliance with Chicago plenum requirements, installation in metal box is required.

DIN rail

PK-A3289-10-00-0C

Surface Mounting

a. Feed wires through knockouts and wire device.

Set unique LumaCAN network address.

(refer to the Wiring and Network Details section).

b. Mount plate to junction box.

1. COM = COM

2. AI1 & AI2 = Analog Input

• 0.5-24VDC at 10 bit resolution for analog inputs.

• 0.5-10VDC for use with a photocell.

• +24V/Open for external contact closure as you would use with a switch or a photocell contact closure. May be

used with a momentary or maintained device.

PLT1 & PLT2 = Pilot Light. Can be used to connect to external LED. These terminals are the “common” side of

the indicator. Max sink current is 100mA across both PLT1/2. Output is driven by the system controller but will also

blink slowly when an invalid LumaCAN address is assigned.

4. 24V OUT = Output voltage to devices. Actual voltage will be same as input passthrough from LumaCAN.

5. STATUS LED = Shows network status. The LEDs have the following functions:

• AI1 = Solid Yellow when Analog Input #1 is Active (> 0.5V)

• AI2 = Solid Yellow when Analog Input #2 is Active (> 0.5V)

• AI1/AI2 = Blink rapidly when in bootloader mode.

• AI1/AI2 = Blink slowly when a valid LumaCAN address is not assigned.

• RX/TX = Solid Green when network connected. Blinks Green on network trafﬁc.

•

All LEDs blink when overcurrent at the analog inputs have been detected by the device. User needs to remove

the overcurrent condition to allow operation of the device.

6. LumaCAN = LumaCAN Network connections

7. ADDR = Used to set LumaCAN network address.

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Summary

Safety Information

General Warnings and Precautions

Warnings about fire, shock, death, installation requirements, wire types, and indoor use.

Product Introduction and Preparation

Introduction to Analog Interface

Explains the GreenMAX DRC Low Voltage Analog Interface and its input sources.

Before Installation Considerations

Details items to consider before installation, including mounting options and enclosure requirements.

Installation Options

DRID0-C02 Mounting Methods

Describes DIN Rail Mounting and Surface Mounting for the DRID0-C02.

DRIDO-CB2 Junction Box Installation

Instructions for installing the DRIDO-CB2 into a specified electrical junction box.

Wiring and Network Details

Wiring Examples

Illustrates wiring to a single photocell, demand response interface, switch, and occupancy zones.

LumaCAN Network Addressing

Explains setting unique LumaCAN network addresses using Auto-Addressing or DIP switches.

Analog Interface Programming

Details programming the analogue interface using a GreenMAX DRC room controller.

Product Specifications

Technical Specifications

Lists input voltage, current, output voltage, IP rating, torque, and network connection details.

Regulatory Compliance Statements

Includes FCC and IC statements, supplier's declaration, and trademark disclaimers.

Warranty Information

Details the limited 5-year warranty, exclusions, and contact information for technical assistance.

Summary

Safety Information

General Warnings and Precautions

Warnings about fire, shock, death, installation requirements, wire types, and indoor use.

Product Introduction and Preparation

Introduction to Analog Interface

Explains the GreenMAX DRC Low Voltage Analog Interface and its input sources.

Before Installation Considerations

Details items to consider before installation, including mounting options and enclosure requirements.

Installation Options

DRID0-C02 Mounting Methods

Describes DIN Rail Mounting and Surface Mounting for the DRID0-C02.

DRIDO-CB2 Junction Box Installation

Instructions for installing the DRIDO-CB2 into a specified electrical junction box.

Wiring and Network Details

Wiring Examples

Illustrates wiring to a single photocell, demand response interface, switch, and occupancy zones.

LumaCAN Network Addressing

Explains setting unique LumaCAN network addresses using Auto-Addressing or DIP switches.

Analog Interface Programming

Details programming the analogue interface using a GreenMAX DRC room controller.

Product Specifications

Technical Specifications

Lists input voltage, current, output voltage, IP rating, torque, and network connection details.

Regulatory Compliance Statements

Includes FCC and IC statements, supplier's declaration, and trademark disclaimers.

Warranty Information

Details the limited 5-year warranty, exclusions, and contact information for technical assistance.

The GreenMAX™ DRC 2 Port Analog Interface (AI), with catalog numbers DRID0-C02 and DRID0-CB2, is a low-voltage device designed to accept inputs from various low-voltage sources and interface with external systems. It can be used with occupancy sensors, switches, photocells, and other related systems.

Function Description:

The device acts as a bridge, converting analog input signals into a format compatible with the LumaCAN™ network. It features two analog inputs (AI1 & AI2) that can accept 0.5-24VDC signals with 10-bit resolution, or 0.5-10VDC for photocell applications. These inputs can also be used with external contact closures (24V/Open) from momentary or maintained devices like switches or photocells. The device also provides two Pilot Light outputs (PLT1 & PLT2) for connecting to external LEDs, with a maximum sink current of 100mA across each. A 24V OUT terminal provides output voltage to connected devices, matching the input passthrough from LumaCAN.

Important Technical Specifications:

Input Voltage/Frequency: +12-24VDC
Power Source: Powered from LumaCAN
Input Current: 45-22mA + Connected DC Load + Pilot Light Current
Output Voltage: Same as input voltage
Output Current: 1.0A Max
IP Rating: 00
Terminal Torque Rating (Low Voltage): 1.8 lb-in
Network Connections: (2) RJ-45 Cat 6 or better for connection to LumaCAN network. Termination is provided via a local termination jumper.
Network Topology:
- Daisy Chain: 1600 ft. max between repeaters.
- Home-Run topology and network length up to 10,000 ft. can be achieved when using LumaCAN network repeaters (Leviton #NPRPT).
- Maximum 110 nodes between repeaters.
- Maximum 250 nodes on a LumaCAN network.
Operating Temperature: 0-45°C
Storage Temperature: -10-70°C

Usage Features:

Installation Options: The DRID0-C02 can be mounted using DIN Rail or Surface Mounting (with separately shipped mounting ears, part number DRID0-EAR). The DRID0-CB2 is designed for installation into a 4-11/16 inch electrical junction box with a minimum depth of 2 inches.
LumaCAN Network Integration: The device is powered from the LumaCAN network and requires a unique network address. It supports Auto-Addressing, where a GreenMAX DRC Room Controller assigns a unique address to all devices on the network. For Auto-addressing to work, all DIP switches must be set to OFF. Manual address assignment is also possible using the DIP switches.
Status LEDs: The device includes STATUS LEDs that indicate network status and input activity:
- AI1: Solid Yellow when Analog Input #1 is Active (> 0.5V).
- AI2: Solid Yellow when Analog Input #2 is Active (> 0.5V).
- AI1/AI2: Blink rapidly when in bootloader mode.
- AI1/AI2: Blink slowly when a valid LumaCAN address is not assigned.
- RX/TX: Solid Green when network connected, blinks Green on network traffic.
- All LEDs blink when overcurrent at the analog inputs has been detected.
Programming: The analog interface can be programmed using a GreenMAX DRC room controller through the GreenMAX DRC System app.
Wiring Flexibility: The manual provides examples for wiring to a single photocell, two occupancy zones, a demand response interface, three occupancy sensors, and a switch, demonstrating the device's adaptability to various control scenarios.
Safety Precautions: Users are advised to turn off power at the circuit breaker or fuse and test that power is off before wiring to avoid fire, shock, or death. The device should be installed and used in accordance with appropriate electrical codes and regulations. It is for indoor applications only and should be used with copper or copper clad wire only.

Maintenance Features:

Troubleshooting Indicators: The blinking patterns of the AI1/AI2 LEDs provide clear indications of the device's operational status, such as bootloader mode, unassigned LumaCAN address, or overcurrent conditions, aiding in quick diagnosis.
Overcurrent Protection: The device detects overcurrent at the analog inputs, indicated by all LEDs blinking, prompting the user to remove the overcurrent condition for continued operation.

The device is designed for commercial environments and complies with FCC Part 15 Class A digital device limits. Any changes or modifications not expressly approved by Leviton Manufacturing Co. could void the user's authority to operate the equipment. It comes with a Limited 5-Year Warranty, covering defects in materials and workmanship under normal and proper use.