Leviton MiniZ mZb00-102 Manuale utente

miniZ

Quick Start Guide

Congratulations on purchasing the miniZ Daylight

Harvesting Controller. The miniZ is designed to be

easy to install and configure with a few simple steps.

Simplest Install Steps:

1. Physically install unit and any peripherals

2. Terminate power & control wiring

3. Enable AutoCal & Auto Burn-In

4. Power up system

5. Installation & configuration complete!

Supplement this guide with the full installation manual

provided for more advanced applications.

Control Input: US Models 120VAC& 277VAC terminals, Canadian Models 120VAC & 347VAC terminals

Neutral

Circuit 1 Line

Circuit 1 Load

AutoCal – enable

automatic self-calibration

Configuration Jumpers

Switch Inputs

+ Momentary

+ Maintained

+ Supports SPDT Center Off Switches

+Annunciator/Pilot Light Support

Photocell Input

Supplies +24vdc

Expects +0-10vdc return

Occupancy Sensor Input

Supplies +24vdc

Expects +24vdc return

Emergency Input

Also can be configured

as Occupancy Sensor disable

Photocell Disable

Temporarily disables

daylight harvesting mode

Time Clock

Turns off lights

when input receives +24VDC

Load Shed

Lights dim

to shed level when

input receives +24

Daylight Harvesting

Target – Manual

Adjustment

HVAC and/or

Emergency Output

Relays*

Zone 1 Output (0-10V)*

Circuit 2 Line

Circuit 2 Load

Zone 2 Output (0-10V)*

Zone 3 Output (0-10V)*

1/2" nipple for convenient

connection to junction box

*Varies depending on model

Low Voltage Terminal & Configuration Board

Step 1:

Remove the manual and the miniZ product from the box.

miniZ All Models Quick Configuration Guide

REFER TO MANUAL FOR ADVANCED SETUP AND OPERATION

Step 2:

Refer to the Quick Connection Guides found on pages 11-15 of this

guide to connect the line voltage and low voltage circuits. Select the

diagram based on the model you have purchased.

Note: The dimming models have the 0-10V control output wires leaving the

miniZ controller through the same nipple as the supply and load circuit wires.

They are color coded to different zones as indicated in the manual.

For two zone applications:

•Zone 1 should be connected to the luminaires closest to the daylit area such

as the windows or skylights. This is generally accepted to be approximately

12’ to 15’ from the daylight source.

•Zone 2 should be connected to the luminaires in the next area beyond 15’ to

approximately 25’ from the daylight source.

For three zone applications:

•Zone 1 should be connected to the luminaires closest to the daylight area

such as the windows or skylights. This is generally accepted to be

approximately 8’ to 10’ from the daylight source.

•Zone 2 should be connected to the luminaires in the next area beyond 10’ to

approximately 15’ from the daylight source.

•Zone 3 should be connected to the luminaires beyond the 15’ area.

Zone #1 receives most effect from daylight

Zone #2 receives moderate effect from daylight

Photocell

Wall Mount

Occupancy

Sensor

miniZ

Windows along exterior wall

120/277v

Zone #3 receives least effect from daylight

Typical Classroom

3-Zone miniZ

Application

Step 3:

Connect the photocell, occupancy sensor (if used), and the wall station

control per the Quick Connect Guides.

Note: The twozone MZD20 can have two separate wall station controls (see

manual) to operate each zone independently in the manual mode only. If only

one wall station control is used, jumper the two switch input terminals to

control both zones.

Step 4:

Turn the power on to the circuit. The luminaires will come on.

3-zone miniZ Application

2000

ZD31

ZB5

MZ-2

MZ-1

MZ-3

Fixture Types

105W 0-10V Flourescent

miniZ Application

ZD22

ZB5

MZ-2

MZ-1

10001000

Distribution

Panel

Fixture Types

135W 0-10V Flourescent

ZD22

ZB5 ZB5

MZ-2

MZ-1

10001000

Distribution

Panel

Dual Room miniZ Application

Fixture Types

135W 0-10V Flourescent

Step 5:

In a closed loop configuration, move the Auto-Cal switch to the ON

position as shown in the manual to activate.

Note: This feature operates the luminaires at full output for a period of 24 hours.

During this time, the miniZ will record the lowest foot-candle reading from the photocell

and record that value as the target illumination. The target illumination is the level that

the miniZ will maintain with the load control output as daylight is available to the

space. The lights will automatically raise or lower (dimmed models) based on how

much daylight is contributing to the overall foot-candle value present to the photocell.

Step 7:

Adjust the proportional dimming output (dimmed models only). The miniZ

has proportional dimming using only one photocell input. Tooptimize the

light level balance in the space, adjustment to the daylight harvesting

threshold trim pots may be necessary.

For a 2 zone application:

•The zone closest to the daylight source (zone 1) should be turned to 10 or full

clockwise. The next zone (zone 2) should be adjusted to 4 on the dial. This will

balance the dimming so that the light level across the space is more uniform.

For a 3 zone application:

•The trim pots should be zone 1 = 10, zone 2 = 7 and zone 3 = 3.

Step 6:

If the fluorescent lamps are new, move the Burn-In switch to the ON

position as shown in the manual to activate the 100 hour Burn-In feature.

This will keep the lamps from dimming until 100 hours of operating time.

After that they will operate in the dimmed mode.

Note: Both the Auto-Cal and the Burn-In can occur at the same time.

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