Leviton MiniZ mZn20-102 User manual

Daylight Harvesting Made Simple.

This user’s guide applies to the following part numbers:

Network Remote, Dimmed, Two Room, 120V or 277V

Network Remote, Dimmed, Two Room, 347V

Network Remote, Dimmed Version, 2 Zone, 2 Relay,

120V or 277V

Network Remote, Dimmed Version, 3 Zone, 1 Relay,

120V or 277V

Description

0-10V

Outputs

Relay

Outputs

mZn22-102

mZn30-101

mZn20-102

mZn22-C02

Model

Number

Features between models vary. As such, not all information in this manual

applies to all models.

Network Remote, Dimmed Version, 3 Zone, 1 Relay,

347V

Network Remote, Dimmed Version, 2 Zone, 2 Relay,

347V 2

mZn20-C02

mZn30-C01

REMOTE NETWORKING ADDENDUM

Revision A 5/2007

NOTES

Page 1

DESCRIPTION OF APPLICATION.…………………………………..…….. 2

CABLE WIRING & JUMPERS…………...………………………..………. 4

CONFIGURATION DIP SWITCH SETTINGS – NETWORK..……..………... 5

NOTES: Z-MAX CONFIGURATION……………………………..………... 6

NOTES: MINIZ OPERATION……………………….……………………... 7

TABLE OF CONTENTS

STEP 1

STEP 2

STEP 3

STEP 4

STEP 5

DESCRIPTION OF APPLICATION

This Addendum is a supplement to the regular miniZ Users’ Guide which

is enclosed with every miniZ shipped. The miniZ Users’ Guide covers all

non-network installation procedures and settings for the Remote

Networking miniZ. The Remote Networking Addendum covers only the

installation procedures and settings specifically for these products.

The Remote Networking miniZ is intended for use as a slave relay,

daylight harvesting controller to a master Z-MAX Relay Panel. The Z-

MAX Relay Panel can control all scheduled events of the miniZ Remote

Network controller. In addition, it can be configured to operate with the

wall station controls and/or occupancy sensors either directly connected

to the Z-MAX Master or to the miniZ Remote. In all cases, the photocell

needs to be connected directly to the miniZ Remote.

Communications are handled over a LumaNET bus cabling with Cat-3 or

Cat-5, 8-wire cable per the installation guide of the Z-MAX Master Relay

Panel.

The following is an example of a one-line diagram for a typical

application. This illustrates how the Remote Networking miniZ is used

with a Z-MAX Master Relay Panel.

STEP 1

Page 2

DESCRIPTION OF APPLICATION

The following is an example of a one-line diagram for a typical application. This illustrates how the

Remote Networking miniZ is used with a Z-MAX Master Relay Panel.

Page 3

CABLE WIRING & JUMPERSSTEP 2

Page 4

CABLE WIRING & JUMPERS

Run at least one Cat-3 or Cat-5 8-wire cable to either Modular-Jack

(RJ-45).

If only one cable is present, jumper JP2 (on left side) should be on

both pins (e.g., closed).

If two cables are present, jumper JP2 should be open (on one pin

only).

JP4 (‘Shield’) should be open (on one pin only).

JP3 ROUTES POWER:

If both jumpers are open (on one pin only), no power connections are

present.

If a jumper is on the center two pins, the two cables are connected

and the miniZ is not.

If a jumper is on the left two pins, the miniZ sends power to the left

cable.

If a jumper is on the right tow pins, the miniZ sends power to the right

cable.

Do not have any cable powered by more than a single device.

Dip Switches

Page 5

DIP SWITCH SETTINGS

Z = ZMSP (must be one for networking)

F = see miniZ operation on page 7

1-32 = Add to get slave address

1st relay number is Address x 4-3

3-zone units have only the 1st relay

2-channel & 2-rooom have 1st & 2nd relays

ON 12345678910

1 2 4 8 16 32 F Z

Address 12

Relay 45-48

STEP 3

NOTES: Z-MAX ConfigurationSTEP 4

Page 6

Z-MAX CONFIGURATION

Each miniZ is allocated 4 relay numbers and 4 discrete numbers.

Given a slave address, the first relay/discrete number is Slave-Address x

4 – 3.

In the Dip Switch example, a miniZ is at “Address 12”. The 1st relay/

discrete is 45.

The 1st/only switchbox is at the same address as the 1st relay.

Except in 3-zone units, the 2nd switchbox and the 2nd relay use the

second relay/discrete number.

In 1-room units, the Occupancy Sensor is the 3rd discrete and the

Photocell Sensor is the 4th discrete.

In 2-room units, the 1st Occupancy Sensor is at the 3rd discrete and the

2nd is at the 4th.

NOTES: miniZ Operation

Page 7

STEP 6

MINIZ OPERATION

If DIP switch ‘F’ (#7) is on, all switchbox and occupancy events are sent

to the Z-MAX master and not processed by the miniZ.

If DIP switch ‘F’ (#7) is off, the miniZ will process the switchbox and

occupancy events (including Dim, Bright, and Max from 5-button

stations). These events are also sent to the Z-MAX master.

Note: The miniZ always uses the Photocell – so daylighting wil operate

normally in either setting.

STEP 5

Leviton Lighting Management Systems

Division Headquarters

20497 SW Teton, Tualatin, Oregon

97062

Customer Service – (800) 736-6682

Facsimile – (503) 404-5600

Technical Support – (800) 959-6004

P/N PK-93453-10-00-0A

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