Leviton Z-MAX r24sd Operating instructions

Q ICK PROGRAMMING G IDE

User Interface................................................... 1
Setting the Clock...................................... 3
Low Voltage Switch..........................................4
Momentary................................................6
Maintained................................................7
Momentary Timed.....................................8
Digital Switch..................................................11
Activating Luma-net................................14
Photocell Input................................................16
Scheduler Setup.............................................20
Disable Switch Inputs.............................27
Table of Contents

ser Interface
SER INTERFACE
1
These instructions were designed to assist the programmer with common
setups. It makes the assumption all high and low voltage connections have
been properly connected and confirmed.
Since this is a condensed quick document you may see addtional selections in
some menus. Don’t let this confuse you. Only concern yourself with the selec-
tions in the instructions.
Ok, here we go...
The LCD display shows the current operational status of your relay panel and
provides a way to operate and configure your product.
When the system is operating normally, the top line of the LCD display shows
the day, time, locked/unlocked status of the panel, and the status of the event
scheduler. The second line shows the status of the panel: Normal, Bypass
ON, Bypass OFF, or Emergency.

Programming/Function Buttons
Allows the user to navigate through the system configura-
tion and setup menus.
Selects or Saves the current menu item.
Aborts the current entry and returns back one level in the
menu structure.
Clears the current entered value.
Allows for direct front panel control of basic relay functions.
Activates all relays in an override state. This operation
temporarily disables all switch inputs.
Navigation Buttons
Use the keypad buttons for alpha-numeric data entry.
The UP/DOWN buttons are also used for data entry/value
changes and to navigate menus.
The LEFT/RIGHT buttons are also used to changed
between “fields” when configuring your panel.
N TE After approximately 3 minutes of inactivity on any menu screen,
the LCD will revert back to the status screen.
ser Interface
2
SER INTERFACE

ser Interface
SER INTERFACE
Setting the Clock
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Display should read:
Step 7: Use and data entry buttons to adjust
all settings.
Step 8: Press to save your settings.
N TE For astronomical settings, contact the factory at [phone].
3

The following behaviors are available for programming low voltage switches:
1- Momentary: first switch press is on, second switch press is off.
2- Maintained (SPST): typically a standard wall switch; when the switch is
closed, the relays will turn on and when the switch is opened the lights
will turn off.
3- Momentary Timed: when switch is pressed, lights on for a specified
time period.
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Step 8: Display should read:
Step 9: Press to:
Step 10: Press
Step 11: Press to:
Step 12: Press
Step 13: Press to:
Step 14: Press
Low Voltage Switch
4
LOW VOLTAGE
SWITCH

Low Voltage Switch
Step 15: Display should read:
N TE Use to select desired switch input. Switch inputs
are the hardwired locations within the panel. For instance, a
Z-MAX 8 panel has 8 switch inputs; therefore, 001 is the first input
and 008 is the eighth input. We will use switch input 001 for this
example.
Step 16: Press
To program a Momentary Low Voltage Switch, proceed to Step
17a on page 6.
To program a Maintained Low Voltage Switch, proceed to Step
17b on page 7.
To program a Momentary Timed Low Voltage Switch, proceed
to page 8.
5
LOW VOLTAGE
SWITCH

Step 17a: Press to:
Step 18: Press
Step 19: Press to:
Step 20: Press
Step 21: Press to relay selection section; the left hand side
of 01-01 should be flashing.
Step 22: Use to select desired relays.
Ex.
Step 23: Press
Step 24: To add additional relays, repeat Steps 19 thru 23.
Ex.
If no additional relays are required, press Cancel. To proceed to
additional input configurations, repeat Steps 15 thru 23.
Step 25: Press to exit.
Low Voltage Switch | Momentary
6
LOW VOLTAGE
SWITCH

Low Voltage Switch | Maintained
Step 17b: Press to:
Step 18: Press
Step 19: Press to:
Step 20: Press
Step 21: Press to relay selection section; the left hand side
of 01-01 should be flashing.
Step 22: Use to select desired relays.
Ex.
Step 23: Press
Step 24: To add additional relays, repeat Steps 19 thru 23.
Ex.
If no additional relays are required, press Cancel. To proceed to
additional input configurations, repeat Steps 15 thru 23.
Step 25: Press to exit.
7
LOW VOLTAGE
SWITCH

A timed switch could be used when there is not an occupancy sensor in the
area but you want to make sure the lights don’t remain on over a determined
period of time.
N TE You will be required to go through two processes:
A. Setting up the switch TYPE, action and relays to be controlled.
B. Assigning a time to the action.
Process A: Setting up the switch, action and relays to be controlled.
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Step 8: Display should read:
Step 9: Press to:
Step 10: Press
Step 11: Press to:
Step 12: Press
Step 13: Press to:
Step 14: Display should read:
Low Voltage Switch | Momentary Timed
8
LOW VOLTAGE
SWITCH

Low Voltage Switch | Momentary Timed
N TE Use to select desired switch input. Switch inputs
are the hardwired locations within the panel. For instance, a
Z-MAX 8 panel has 8 switch inputs; therefore, 001 is the first input
and 008 is the eighth input. We will use switch input 001 for this
example.
Step 15: Press
Step 16: Press to:
Step 17: Press
Step 18: Press to:
Step 19: Press
Step 20: Press to relay selection section; the left hand side
of 01-01 should be flashing.
Step 21: Use to select desired relays.
Ex.
Step 22: Press
Step 23: To add addtional relays, repeat Steps 14 thru 22.
Ex.
If no additional relays are required, press Cancel. To proceed to
additional input configurations, repeat Steps 14 thru 22.
9
LOW VOLTAGE
SWITCH

Process B: Now we will assign a hold time to the swtich alone. This is the
amount of time the switch will remain active before deactivating and thus
shutting the lights off.
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Step 8: Press to:
Step 9: Press to edit the time.
Step 10: Use to change the time.
Step 11: Press to go back to the main screen.
N TE The time you set is a global time and applies to all timed switches.
Low Voltage Switch | Momentary Timed
10
LOW VOLTAGE
SWITCH

Digital Switch | Momentary
The following behaviors are available for programming digital switches:
1- Momentary: first switch press is on, second switch press is off.
2- Maintained (SPST): typically a standard wall switch; when the switch is
closed, the relays will turn on and when the switch is opened the lights
will turn off.
3- Momentary Timed: when switch is pressed, lights on for a specified
time period.
N TE This section will only cover momentary switch functions.
There are two types of swtiches - low voltage and digital. Low voltage switch
inputs are local to the panel with 48 maximum inputs available (1-48). For this
discussion, you will begin assigning digital switches beginning at 49 thru 252.
Since digital switches have address switches you will be required to add:
1- Input #
2- Station #
3- Button #
4- Refer to Activating Luma-Net starting on page 16
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Step 8: Display should read:
Step 9: Press to:
Step 10: Press to:
11
DIGITAL SWITCH

Step 11: Pres
Step 12: Use the numeric keypad to enter “049” for the first digital switch.
Ex.
Step 13: Press twice.
Step 14: Use the numeric keypad to enter the digital switch address.
Ex.
Step 15: Press once to enter digital switch button.
Ex.
Step 16: Press
Step 17: For additional inputs or buttons, press the up arrow to “050” for
switch input.
Repeat Steps 9 thru 12 for any additional switches or buttons.
Otherwise, proceed to Step 14.
EXAMPLE 1: 5 Button Station
INPUT: 049
INPUT: 050
INPUT: 051
INPUT: 052
INPUT: 053
Digital Switch | Momentary
12
DIGITAL SWITCH

Digital Switch | Momentary
R
EXAMPLE 2: 3 Single Button Stations
INPUT: 049
INPUT: 050
INPUT: 051
Step 18: Press
Step 19: Press to:
Step 20: Press
Step 21: Press to:
Step 22: Press
Step 23: Use the numeric keypad to select the desired switch input.
Ex.
Step 24: Press
Step 25: Press to:
Step 26: Press
Step 27: Press to:
Step 28: Press
13
DIGITAL SWITCH

Step 29: Press to relay selection section; the left hand side
of 01-01 should be flashing.
Step 30: Use to select desired relays.
Ex.
Step 31: Press
Step 32: To add additional relays, repeat Steps 27 thru 31.
Ex.
If no additional relays are required, press Cancel. To proceed to
additional input configurations, repeat Steps 23 thru 31.
Step 33: Press once to go back to the main screen.
Step 34: The final step for completing this process will be to activate
Luma-net. Refer to Activating Luma-net below.
Activating Luma-net
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Digital Switch | Momentary
14
DIGITAL SWITCH

Digital Switch | Activating Luma-net
Step 8: Display should read:
Step 9: Press to:
Step 10: Press
Step 11: Press to:
Step 12: Press
Step 13: Press to:
Step 14: Press
Step 15: Press to:
Step 16: Press
Step 17: Press to:
Step 18: Press
Step 19: Press to:
Step 20: Press
N TE The System ID # cannot be equal to a Station ID #.
Voltage Selection: For 24 or 48 relay panels, install jumper P5
to 24V. For 8 relay panels, install jumper P10 to 24V.
15
DIGITAL SWITCH

A photocell is a device that receives light, and provides a 0-10Vdc output pro-
portional to the amount of light received. The term foot-candle is a term we use
to describe the amount of light received at a point, in this case by a photocell.
Since the amount of light in a space can vary greatly from a little bit of light (an
office room) to a lot of light (a skylit lobby) various photocells specifically cali-
brated to the amount of light they may receive exist.
In order to configure your photocell to work with Z-MAX, you must first know a
little bit about how your photocell is calibrated. The calibration is expressed by
looking at the maximum amount of foot-candles that your photocell is calibrat-
ed to receive. This information can usually be found written on the photocell
itself, or in its accompanying literature. The photocells Leviton sells and their
calibration points are as follows:
Photocell Types and Ranges
Also note that in the above table we’ve indicated the amount of “foot-candles
per volt” which is information you will need in the setup process. This number
can be calculated simply by dividing the maximum number of foot-candles by
10 Volts.
For example, a photocell which is calibrated to a maximum of 250 foot-
candles, 250Fc/10V = 25FC/V.
Photocell Input
16
PHOTOCELL
INP T
Part No. Max FC FC/Volt (program into cabinet, see Step 33)
ODCOP 70 7
PCIND 100 10
PCOUT 250 25
PCSKY 2000 200
PCATR 2500 250

Photocell Input
Step 1: Press
Step 2: Press to:
Step 3: Press
Step 4: Press to:
Step 5: Press
Step 6: Press to:
Step 7: Press
Step 8: Display should read:
Step 9: Press twice to:
Step 10: Press
Step 11: Press to:
Step 12: Press
Step 13: Press to:
Step 14: Press
Step 15: Choose desired input for photocell.
Ex.
Step 16: Press
Step 17: Use to:
17
PHOTOCELL
INP T

Step 18: Press to:
Step 19: Use to change the “N” to “Y”.
Ex.
Step 20: Press to:
Step 21: Press to:
Step 22: Press to:
Step 23: Press to:
Step 24: Press
Step 25: Press to:
Step 26: Press to:
Step 27: Press to:
Step 28: Press
Step 29: Press to choose one of the following:
1 REL N-F R FF
Wall switch turns on and photocell turns lights off.
2 F R N-F R FF
Photocell turns lights on and lights off.
3 F R N-REL FF
Photocell turns lights on and wall switch turns lights off.
Ex.
Photocell Input
18
PHOTOCELL
INP T