Leviton EZ-MAX User Manual
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Leviton EZ-MAX User Manual

Leviton EZ-MAX User Manual

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Advanced
Programming &
Systems Design Guide
TM
Z-MAX
R
P
ELAY
RODUCTS
Covering Z-Max Master, Z-Max Remote, & EZ-Max Relay Panels
Software Revision 1.40 and above.
.

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Summary of Contents for Leviton EZ-MAX

  • Page 1: Advanced Programming

    Advanced Programming & Systems Design Guide Z-MAX ELAY RODUCTS Covering Z-Max Master, Z-Max Remote, & EZ-Max Relay Panels Software Revision 1.40 and above.

  • Page 3: Table Of Contents

    Table of Contents Complete Table of Contents ... iii Overview ... 1 Warnings - READ ME FIRST ... 4 Part I - Front Panel Operation & Visual Status Visual Status and Operational Feedback ...11 Touch-Tone Telephone Interface...17 Part II - Simple Mode Programming Configuration the Simple Way ...21 Part III - Advanced Programming Guide Global Defaults...39...
  • Page 4 Page ii...

  • Page 5: Complete Table Of Contents

    Complete Table of Contents Complete Table of Contents Overview Introduction... 1 Product Specifications & Capabilities ... 2 Product Specifications & Capabilities Chart ... 2 Warnings - READ ME FIRST Setting the Date, Time, & Astronomical Time Clock... 7 Set the Date & Time ... 7 Set the Astronomical Time Clock...
  • Page 6 Relays Navigating the Relay Menu ...45 To set the Relay Type...45 To assign relays to groups ...46 Turning feedback On or Off: ...47 To alter if a relay will respond to a blink warn message...47 To change the Luma-Net address for a specific relay ...47 To change the DMX Address for a specific relay...47 Altering the way a Relay Responds to the Emergency Signal: ...48 Luma-Net...
  • Page 7 Define Switch Types ...70 Assign Actions to Inputs ...71 Relay assignment to inputs ...72 Switch Inputs...73 Digital Switches...74 Occupancy Inputs...76 Blink Warn ...76 Contact Closures ...77 Photocell and Photocell Levels ...78 Daylight Harvesting ...79 Photocells ...80 Action Editor Adding an Action ...83 Action Item Types: ...84 Edit an Item:...87 Delete an Item:...88...
  • Page 8 Power Requirements & Maximum Run Length ... 118 Power Control Devices - Available Supply Current ... 118 Power Wire - Run Length ... 121 Wiring with an External Power Supply... 123 Special Considerations for Networks Luma-Net Network (page 145) ... 125 DMX Network (page 141)...
  • Page 9 Connecting Low Voltage Switches Connecting Low Voltage Switch ...162 Modem Module Installation/Phone Line Connection...163 Modem Module Installation on EZ-Max Panels ...163 Modem Module Installation on Z-Max relay Panels ...164 Ethernet Network Module Installation ...167 Ethernet Module Installation on Z-Max 8, 24, & 48 Relay Panels ...167 Topology ...170...
  • Page 10 Page viii...

  • Page 11: Overview

    Overview Introduction Thank you for choosing Leviton’s Z-MAX line of products for your relay needs. The Z- MAX product line offers a scalable solution of relay and relay control which can fit any application from the simple 2 or 3-circuit needs with time clock control, to a complete campus solution, fully integrated with your building management system products.

  • Page 12: Product Specifications & Capabilities

    EZ-Max Panels designated as "EZ-Max" panels are very similar to a "Basic" relay panel except that in addition to the feature set being reduced, the hardware as also undergone change to make it a more economical and easy to install package.
  • Page 13 (19.96) Master Panel, 48 relays 0-48 (29.48) Basic Panel, 8 relays (7.26) EZ-Max, 4 Standard 10.6 relays (4.83) EZ-Max, 4 2-Pole relays 10.6 (4.83) EZ-Max, 4 347V relays 10.6 (4.83) Remote, 4 Standard 10.6 relays (4.83) Remote, 4 2-Pole relays 10.6...

  • Page 14: Warnings - Read Me First

    Warnings - READ ME FIRST • Conduit Entry Locations: The cabinets have been designed with specific locations supporting conduit entry for line and low voltage circuits. There are specific areas of the cabinet which are restricted from some or all types of conduit access. Reference the Physical Installation section of this manual for specific details.

  • Page 15: Part I - Front Panel Operation & Visual Status

    Part I - Front Panel Operation & Visual Status Your relay panel has many unique operational features which can be accessed directly from the front panel. Relay control, relay overrides, and basic status information are all available features. Secondly, both internal and external to your relay panel are several "status"...
  • Page 16 Page 6...

  • Page 17: Setting The Date, Time, & Astronomical Time Clock

    Setting the Date, Time, & Astronomical Time Clock The menu structures for the set date, time, and astronomical clock are as follows: Set the Date & Time Step 1: Step 2: Step 3: Step 4: • Hours • Minutes • AM/PM Z-Max Advanced Programming &...

  • Page 18: Set The Astronomical Time Clock

    • 12H or 24H • Month • Date • Year • Daylight Saving Time • OFF - Daylight savings time is disabled • US - Daylight savings time is set to "United States" daylight savings mode, • EU - Daylight savings time is set to "European" daylight savings mode with •...
  • Page 19 To set up the astronomical clock: Step 1: Step 2: Step 3: Step 4: • SR=Sunrise time of any day this week • SS=Sunset time of any day this week • LAT=approximate Latitude of the current location Step 5: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Press the Menu button Press...
  • Page 20 Page 10...

  • Page 21: Visual Status And Operational Feedback

    Visual Status and Operational Feedback What are all these blinking lights? Your Z-MAX relay cabinet has a variety of feedback mechanisms which are designed to alert you as to how your panel is operating and the current status of each relay. The main feedback mechanism, the LCD display is covered at the beginning of the “User Interface”...
  • Page 22 LED Label EMERGENCY Solid Red HEARTBEAT-C Slow Blinking Amber (~1 bps) Fast Blinking Amber (~2 bps) Luma-Net Solid Green Fast Flash Slow Flash Blinking Mostly On Solid CAN 1 (Master/Remote) Blinking Green Solid Green CAN 2 ETH/MODEM Solid Green 5V POWER Solid Amber HEARTBEAT-R Slow Blinking Amber...

  • Page 23: Relay Status Led's

    Relay Status LED’s Adjacent to each relay switch you will find an LED which indicates the current status of that particular relay card. The possible states for this LED are as follows: LED Label RELAY X Solid Green Blinking Green All RELAYS All Relay LED’s Short Off Long On...
  • Page 24 Page 14...

  • Page 25: Determine The Firmware/Software Build

    Step 4: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Determine the Firmware/Software Build Leviton recommends checking our website www.leviton.com periodically to ensure that you always have the most current software in your relay cabinet. Press the Menu button...
  • Page 26 Page 16...

  • Page 27: Touch-Tone Telephone Interface

    Touch-Tone Telephone Interface Configuration of your touch-tone telephone interfaces requires carefully setting up security/passcodes as well as several configuration items relating to the modem itself. These processes are covered in detail in the Advanced Configuration Guide. This chapter outlines the user operation of the interface. The touch-tone interface, TIM, allows for control of groups at one of many security levels over the telephone.

  • Page 28: Administrator Mode

    After the two short beeps are heard (step 3 above), any of the following commands can be entered, followed by the pound (#) key: • 0 - Turn group off at normal priority, all other actions can override • 1 - Turn group on at normal priority, all other actions can override •...

  • Page 29: Part Ii - Simple Mode Programming

    Part II - Simple Mode Programming Your relay cabinets contain two modes of programming: simple, and advanced. Simple mode is designed to give you a very simple, question & answer means of programming your relay panel but only gives you access to a limted feature set of your product.
  • Page 30 Page 20...

  • Page 31: Configuration The Simple Way

    Configuration the Simple Way Your relay panel has two modes of configuration, Simple Mode and Advanced Mode. The default configuration mode is called Simple Mode and is designed to be a less complex streamlined mode for configuring and operating your relay panel. Simple mode differs from advanced mode in that many of the advanced features and configuration items have been removed from the menu structures.

  • Page 32: Simple Mode Menu Structure

    Simple Mode Menu Structure For your reference as you are navigating through the menus, please find below the complete simple mode menu structure: MAIN MENU SELECT MAIN MENU SELECT QUICK SCHEDULE QUICK SCHEDULE NEW EVENT QUICK SCHEDULE CHANGE EVENT QUICK SCHEDULE DELETE EVENT Changing Configuration Modes Changing configuraiton modes is a simple process.

  • Page 33: Configure Inputs

    Configure Inputs There are three types of inputs which can be configured in your relay cabinet, Low Voltage Switch Inputs, Photocell Inputs, and Occupancy Sensor inputs. All Inputs are configured from the Config Inputs Screen which falls into the menu structure as shown as right.
  • Page 34 • Momentary Timed - Upon the first press, turn on the assigned relays for To specify the amount of time used for timed inputs, change configuration mode to Advanced, go to System Setting under the configuration menu, then Global Defaults and change the Tswit value.

  • Page 35: Photocell Configuration

    • Use Photocell Configuration Photocells are used with relay panels to control the switching on and off of relays relative to the amount of light received by the relay panel. Two types of photocells are supported by your relay panel, called switching and 0-10V. Switching photocells interact with your relay panel just like a switch.
  • Page 36 Step 1: Step 2: Step 3: • Force Off - The photocell will be turning off relays when the input receives • Force On/Off - The photocell will be turning on and off relays and no other • Force On - The photocell will only be turning on lights and some other Step 4: Page 26 Using the menu navigation buttons, navigate the menus to Configuration,...
  • Page 37 E N T E R Photocell type=0-10V Step 5: P H O T O C E L L T Y P E : Enter number of fc per volt for your Step 6: photocell. For example, if you have a photocell with range 0-100fc at 0-10V, that’s 10fc per volt P H O T O C E L L...

  • Page 38: Occupancy Sensor Configuration

    Occupancy sensors are devices which sense when a person enters a particular room or area. Leviton’s Occupancy Sensor’s are designed for a variety of applications, using a variety of technologies which can be applied to your specific need. The Occupancy sensors which this relay panel is designed to work with are those which are powered by +24Vdc and provide a ~+24Vdc output when the covered area is occupied.

  • Page 39: Quick Schedule

    Step 5: E N T E R A Blink Warn is not only advisable to keep people from suddenly being left in the dark but is also required by some authorities having jurisdiction. When blink warn is enabled, the lights will "blink"...
  • Page 40 Step 1: Step 1: Step 2: Although not required, all events should be given a name which uniquely identifies both the event itself and gives some sort of indication of what the event does. This makes modification of panel programming easy. •...
  • Page 41 • +SS indicating the specified hours:minutes after sunset Step 4: M T W T F S S • An uppercase day of the week indicates that the event will occur on that • A lowercase day of the week indicates that the event will not occur on that •...
  • Page 42 Page 32...

  • Page 43: Factory Defaults

    Any parts of this programming you desire to use after the rest will have programming in your system. Leviton recommends that a backup of all cabinet configuration Factory Defaults will erase recreated from scratch...
  • Page 44 Page 34...

  • Page 45: Part Iii - Advanced Programming Guide

    Part III - Advanced Programming Guide Advanced configuration mode is designed to allow front panel access, operation, and programming of your relay panel, supporting the full capabilities of the product. This section of this user’s guide documents the advanced mode configuration menu structures.
  • Page 46 Page 36...

  • Page 47: Advanced Mode Menu Structure

    Advanced Mode Menu Structure For your reference as you are navigating through the menus, please find below the top level advanced mode menu structures. Only top-level menus are shown. Some of the menus have many sub-menus which are detailed in the appropriate sections of this manual MON 02:37P E:001 STATUS:...
  • Page 48 Page 38...

  • Page 49: Global Defaults

    Global Defaults MAIN MENU SELECT MENU CONFIGURATION The global default menus give you access to many configuration parameters and options which "globally" affect your relay panel. Although these settings can help you quickly make changes to your panel, please make sure that you understand and expect the results. For example, changing the relay type in global defaults, will automatically and without warning change the relay type for every relay controlled by this cabinet.

  • Page 50: Sequence Delay Time

    Any Number • cabinet and this cabinet will participate on the Master/Remote network as a REMOTE relay cabinet. The starting relay number of this cabinet is shown in place of the *** on the display Enable processing of Remote Inputs GLOBAL DEFAULTS If this relay cabinet is a master cabinet on the master/remote network and your RMT DISCRETES: Y...

  • Page 51: Blink Warn Parameters

    implement the building sweep feature. The number of sweeps which occur after an event triggers is programmed in the Event Scheduler. Blink Warn Parameters GLOBAL DEFAULTS The blink warn feature is used to issue a warning just before the relay cabinet turns BW TOVRD 120MIN off the lights.
  • Page 52 - Leviton’s latching relay module which is mechanically held in the last - Normally closed relay module which requires electricity to keep the relay - Sentry switch Long is for use only with Leviton relay module P/N RELAY- - Sentry switch Short is for use only with Leviton relay module P/N...
  • Page 53 Time Master settings GLOBAL DEFAULTS When using Luma-Net and other future protocols in development by Leviton, you can TIME MASTER: AUTO specify the time master network settings for this panel. A time master is a cabinet which acts as the "Master"...
  • Page 54 Page 44...

  • Page 55: Relays

    (remote). If the display reads +++, it indicates that this relay is not addressed by this cabinet. - The standard relay type. A normally open relay which is electrically held - Leviton’s latching relay module which is mechanically held in the last Relays SYSTEM SETUP...

  • Page 56: To Assign Relays To Groups

    Page 46 - Normally closed relay module which requires electricity to keep the relay - Sentry switch Long is for use only with Leviton relay module P/N RELAY- - Sentry switch Short is for use only with Leviton relay module P/N...

  • Page 57: Turning Feedback On Or Off

    Step 5: Step 6: Turning feedback On or Off: RELAY The feedback setting is used to toggle Luma-Net feedback on or off. When Luma-Net FEEDBACK: feedback is on for a relay, it means that when a level request is issued from that network, the relay with feedback "on"...

  • Page 58: Altering The Way A Relay Responds To The Emergency Signal

    Altering the way a Relay Responds to the Emergency Signal: RELAY Each relay can be programmed to respond differently to the Emergency Input Signal EMERGENCY: ON (assuming the cabinet is connected in this fashion - Refer to the Installation section for wiring configurations).

  • Page 59: Luma-Net

    As long as the id is unique on the network, you will not have any problems. Leviton uses system id’s 120-127 for it’s own dedicated network devices. Therefore Leviton recommends only your use of address 1-119.

  • Page 60: Cabinet Start Address/Automatic Luma-Net Channel Assignment

    Cabinet start address/Automatic Luma-Net channel assignment LUMA-NET SETUP START ADDR: The Luma-Net channel assignment for each relay can be automatically assigned from the start address defined for the cabinet. To assert this automatic channel assignment, simply change the start address under this menu. All relays will be automatically and incrementally renumbered starting from the new start address.

  • Page 61: Dmx512

    DMX512 MAIN MENU SELECT MENU CONFIGURATION DMX is an ANSI standard control protocol originally birthed from the entertainment industry. Now DMX is used still in the entertainment industry but also in many architectural applications. Your Z-Max cabinet, if so equipped, has the ability to receive DMX and allows each relay to be assigned to one of the 512 DMX channel addresses.
  • Page 62 Page 52...

  • Page 63: Phone/Modem Setup

    MENU CONFIGURATION Z-Max relay panels can be configured to work with an optionally installed modem module. When this module is installed, it can be configured to operate exclusively either as a Touch-Tone interface OR a modem. In touch-tone interface mode, you can control your panel remotely from a touch-tone telephone.
  • Page 64 Page 54...

  • Page 65: Operation

    When the system is operating normally the top line of the LCD display shows the current day, time and the status of the event scheduler. The second line shows the status of your relay cabinet, or in the case of EZ-Max, the status of the four relays in the cabinet.

  • Page 66: Navigation Buttons

    • a number indicates the number of the last event executed • Bottom Line - If an EZ-Max panel, shows the current status of the four relays in your panel. Either On, or Off. An asterick (*) adjacent to any relay indicate that particular relay is in an override state.

  • Page 67: Auto-Repeat

    Operation Turning Relays On/Off from the front panel and front panel overrides PQRS In many circumstances where only use of the arrows keys are indicated, the number keys work equally as well for data entry. inactivity on any menu screen, the LCD will revert back to the status screen.

  • Page 68: To Override A Relay On Or Off

    Step 2: Step 3: To Override a Relay On or Off Step 1: Step 2: Step 3: To Override a Relay On or Off for a specified time Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Page 58 to select the relay number you want to affect.

  • Page 69: Internal Relay Cabinet Controls

    Step 7: Internal Relay Cabinet Controls In addition to front panel controls, your Z-MAX cabinets have two different types of internal override switches for the relays: • Master Override • Relay Override Master Override See the figure below for the location of the master override. The master override has three modes of operation: •...

  • Page 70: Individual Relay Overrides

    Page 60 ANALOG/SWITCH INPUT/OUTPUTS TB 1-12* ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT C 2004 LEVITON MFG. CO. EMERGENCY ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C LUMANET CAN1 CAN2...
  • Page 71 HEARTBEAT-C LUMANET CAN1 CAN2 RELAY 3 ETH/MODEM 5V POWER HEARTBEAT-R LEVITON ASSEMBLY OX-70129-00-00-01 NETWORK OX-70129-00-00-02 BASIC RELAY 4 C 2004 LEVITON MFG. CO. ALL RIGHTS RESREVED WORLDWIDE ETHERNET/MODEM JP41 RELAY 5 RESET ETHERNET MODULE RELAY 6 MODEM MODULE (OPTIONAL) RELAY 7...

  • Page 72: To Temporarily Change A Relays State Using Its Override Switch

    • Local override of individual relay without having to go through the Control Module • Temporary - Any control input with a higher priority can change its state • Locked Out - Event scheduler and control inputs, regardless of Priority will not be able to alter its state To temporarily change a relays state using its override Switch: Step 1:...

  • Page 73: Ethernet Module

    MAIN MENU SELECT MENU CONFIGURATION Z-Max relay panels can be configured to participate on an TCP/IP Ethernet network. From the ethernet network you can operate your panel from the command line interface (CLIF) or you can transfer data to/from various applications.
  • Page 74 Page 64...

  • Page 75: Priorities

    Priorities MAIN MENU SELECT MENU CONFIGURATION There are many control signals and events all coming into the relay cabinet at the same time. Priority levels are used to distinguish which event actually occurs when competing commands are sent. For example, consider the situation where you want the scheduler to turn the lights on in a lobby at 7:30am and off at 5:30pm so that the lights are on during business hours.
  • Page 76 Incorrect settings can cause relays to function incorrectly. In the event that a high-priority actions is required, Leviton recommends always using actions to which any execution priority level can be assigned.

  • Page 77: Passwords

    Passwords MAIN MENU SELECT MENU CONFIGURATION Your Z-Max relay panel has security features built in which are used to secure access to the panel when accessing from any external network and can be used to secure local access to the panel. Security is controlled by a password which has defined access privileges associated with it.

  • Page 78: Editing Passwords

    • TON - turns on the associated group for a cabinet specified override time • BWO - initiates a blink warn for the associated group • BWC - cancels an in-progress blink warn for the associated group • OVRDON - turns on the group at the "higher" priority level as specified in the priority system setup option •...

  • Page 79: Switch/Discrete Inputs

    Switch/Discrete Inputs MAIN MENU SELECT MENU CONFIGURATION The inputs section of the configuration menus allows you to configure all of the local and remote switch inputs to your relay cabinet. Configuring any switch input is a two- step process: Step 1: Step 2: The define types menu is where you define the type of device or function of the input, and the assign actions menu is where you define what happens when an input signal...

  • Page 80: Define Switch Types

    • --- = nothing connected Step 4: Step 5: • SWT = Switch • Act HIGH - Active High (All Leviton Low Voltage Switches and Z-MAX • Act LOW - Active Low • PHO = Photocell • Fc:1-999 • OCC = Occupancy Sensor •...

  • Page 81: Assign Actions To Inputs

    Step 7: Step 8: Step 9: Assign Actions to Inputs DISCRETE INPUTS Once you have defined the Switch type, you must associate an action to that switch. ASSIGN ACTIONS An action consists of two parts, a behavior which dictates how the switch input interacts with the relay cabinet, and second, you must assign relays and/or groups to reach to the input.

  • Page 82: Relay Assignment To Inputs

    Step 5: Step 6: Relay assignment to inputs The process of assigning relays to inputs is the same regardless of the type of input selected. This section details the process by which relays are assigned to an input. ADD RELAY/GROUP: This selection allows a relay, relay range or group number to be added to the input’s control.

  • Page 83: Switch Inputs

    Step 1: Step 2: Step 3: Step 4: Step 5: DEL RELAY/GROUP: This menu allows previously programed Relay/Group items to be deleted. From the end of the previous step: Step 1: Step 2: Step 3: Step 4: Step 5: EXIT (DONE): This item will move back up to ASSIGN ACTIONS menu.

  • Page 84: Digital Switches

    • Momentary Timed • Momentary On/Off Momentary: This behavior assigns a toggle (push On/push Off) function to the input. Only active states are recognized. Upon a new active state, the input will either turn on or turn off the relays assigned based on their current state. Momentary Timed: this behavior will allow you to turn "on"...
  • Page 85 discrete input. The only difference is the way they are wired to the system and how they are networked over Luma-Net. Set up is very similar in philosophy. For information about inputs which are available for use as a digital switch input, See “Switch Numbering”...

  • Page 86: Occupancy Inputs

    Step 20: Step 21: Occupancy Inputs The process for setting up Occupancy Sensors as inputs to your Z-Max relay cabinet is identical to low voltage switches except that the type should be defined as OCC. When assigning actions to occupancy inputs, the following three behaviors can be assigned to the input: •...

  • Page 87: Contact Closures

    Relay Assignment OccSen: LOCAL Assign relays and groups to this input just as for other input types. ADD RELAY/GROUP Contact Closures Contact closures are switch inputs which instead of having relays or groups assigned to them, instead have actions assigned to them. Contact closures have two possible behaviors: Maintained: Under this behavior, two actions can be assigned.

  • Page 88: Photocell And Photocell Levels

    Photocell and Photocell Levels PHOCEL:002 LOCAL 1.REL ON-FOR OFF PHOCEL:002 LOCAL DELAY:004min PHO:002 TRIG:01 ON:NA OFF:NA Fc Photocells have a variety of uses and applications but most can be broken down into two categories: simple on/off control and the more complex daylight harvesting. Your Z-MAX cabinet is capable of doing both.

  • Page 89: Daylight Harvesting

    The modes express what happens to the assigned relays/groups at the "ON" trigger point followed by what happens at the "OFF" trigger point. The On trigger point occurs as the foot candle levels from the photocell drops and the Off trigger point occurs when the foot candle level from the photocell is rising.

  • Page 90: Photocells

    For example, Leviton's ODC0P- 00W calibrated photocell senses 0-70fc. When the photocell receives 0fc of incident light, the output voltage will be 0V.
  • Page 91 Step 16: Step 17: That covers most of the basic actions and concepts for photocells. For additional help specific to your application, please contact our Technical Services department who are available to help you 24 hours per day, 7 days per week. Z-Max Advanced Programming &...
  • Page 92 Page 82...

  • Page 93: Action Editor

    Action Editor MAIN MENU SELECT MENU ACTION EDITOR The action editor is used to manage the actions defined in your relay cabinet. Actions are used to execute commands or create groups of commands which are called by a contact closure input or by the event scheduler. Each action is made up of a list of items.

  • Page 94: Action Item Types

    Step 24: • RLY (Relay) • GRP (Group) • BTN (Button) • PHO (Photo Cell) • OCC (Occupancy Sensor) • ACT (Action) • EVT (Event) Step 25: Step 26: Action Item Types: Relay This action item puts a relay or a range of relays into one of 5 states: •...
  • Page 95 Step 33: Step 34: Step 35: Group - GRP Any Group number can be assigned to an Action Step 36: Step 37: Step 38: Step 39: Step 40: Step 41: Step 42: Button - BTN: A switch (either local or networked) can be controlled via this action item. Step 43: Z-Max Advanced Programming &...
  • Page 96 Step 44: Step 45: Step 46: Step 47: Photocell - PHO: This action item is used to enable or disable a photo cell. Step 48: Step 49: Step 50: Step 51: Step 52: Occupancy sensor - OCC: This action item is used to enable or disable an occupancy sensor. Step 53: Step 54: Step 55:...

  • Page 97: Edit An Item

    Step 58: Step 59: Step 60: Event - EVT: This action item is used to enable or disable an event Step 61: Step 62: Step 63: Step 64: Step 65: Edit an Item: Once items have been added to an action, they can be edited. If you are still in the Add An Action Section: Step 66: Step 67:...

  • Page 98: Delete An Item

    Delete an Item: Once items have been added to an action, they can be Deleted. Step 75: Step 76: Step 77: Step 78: Step 79: Step 80: Step 81: Step 82: Step 83: To exit the Item Editor Step 84: Step 85: Editing and Deleting Actions Once Actions have been created, they can be edited and deleted.

  • Page 99: Edit An Item

    Edit an Item: Once items have been added to an action, they can be edited. From the Main Menu Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Step 7: Step 8: Step 9: Step 10: Step 11: Step 12: Step 13: Delete an Item:...
  • Page 100 Page 90...

  • Page 101: Scheduler

    Scheduler The Scheduler allows preprogramming of events to occur automatically on some sort of schedule. The specific thing that occurs is an "Action" and must be created in the action editor. The schedule that the action occurs on is defined in the scheduler. There are six submenus that can be selected from the Scheduler Menu screen.
  • Page 102 • New Years Day • Martin Luther King Day • Abraham Lincoln’s B-Day • President’s Day • George Washington’s B-Day • Mothers Day • Memorial Day • Fathers Day • Independence Day • Labor Day • Columbus Day • Veteran’s Day •...

  • Page 103: Custom Holiday List

    Step 12: Step 13: Step 14: Step 15: Step 16: Step 17: Step 18: Custom Holiday List This menu allows you to create your own custom holidays. Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Step 7: Z-Max Advanced Programming &...
  • Page 104 Step 8: Step 9: Step 10: Step 11: Step 12: Step 13: Step 14: Step 15: Step 16: Step 17: Step 18: Step 19: Step 20: Step 21: Step 22: Step 23: Page 94 Press to choose Custom Holiday NEW HOLIDAY FROM CUSTOM HOLIDAY Press Select/Save 01/04/00 New:001...

  • Page 105: Edit A Holiday

    Step 24: Step 25: Step 26: Step 27: Step 28: Step 29: Edit a Holiday This menu allows you to make changes to holidays that you have already assigned to the system. Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Z-Max Advanced Programming &...

  • Page 106: Delete A Holiday

    Step 7: Step 8: Step 9: Step 10: Step 11: Delete a Holiday This menu allows you to Delete holidays that you have already assigned to the system. Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Step 7: Step 8: Step 9:...

  • Page 107: To Exit The Holiday Editor

    Step 11: To exit the Holiday Editor Step 12: Step 13: Activate or Deactivate the Scheduler: Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Step 7: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 an/an/an DEL:001 DELETE Y/N? N Press Select/Save...

  • Page 108: Event Editor

    Event Editor Add a New Event The first step in adding a new event is to input the time that event is to occur. There are three different ways that the time can be entered; as an absolute time, as an offset from sunrise (SR) or as an offset from sunset (SS).

  • Page 109: Edit An Event

    Step 11: Step 12: Step 13: Step 14: Step 15: Step 16: Step 17: Edit an Event Once an Event has been added, it can be edited. Step 1: Step 2: Step 3: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Holiday list.
  • Page 110 Step 4: Step 5: Step 6: Step 7: Step 8: Step 9: Step 10: Step 11: Step 12: Step 13: Step 14: Step 15: Step 16: Step 17: Step 18: Step 19: Step 20: Step 21: Step 22: Step 23: Page 100 Press until you get to the Edit An Event Screen...

  • Page 111: Delete An Event

    Delete an Event Once an Event has been added, it can be Deleted. Step 1: Step 2: Step 3: Step 4: Step 5: Step 6: Step 7: Step 8: Step 9: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Press the Menu Button Press until you get to the Scheduler Screen...
  • Page 112 Page 102...

  • Page 113: Clif" - Command Line Interface

    "CLIF" - Command Line Interface All Z-Max panels have a command line interface which can be used for diagnostic and control purposes. The command line interface can be accessed via USB, the data modem, or Ethernet. The terminal interface can be accessed via any terminal program. The parameters for connecting are as follows: Parameter Figure 10: Terminal Connection Parameters...

  • Page 114: Clif Commands

    CLIF Commands As of the time of printing, the available CLIF commands are listed below. As the software is constantly evolving, the available commands are changing so the help menu as discussed above should remain the final authority on CLIF commands. Command BOARD CONNECT...
  • Page 115 Command HANG HELP LCDRST RRST RSTAT SPHO STOFF STON TIMD TIMRAW Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 "CLIF" - Command Line Interface CLIF Commands Syntax/Description hang up modem using '+++' method This Command! Repeatedly Reset the LCD Log Relay Events <ON>|<OFF>...
  • Page 116 Page 106...

  • Page 117: Updating Firmware

    New operating system files can be found on Leviton’s web site under product Information and then Lighting Controls A USB driver for the Z-MAX cabinet can be found on Leviton’s web site. The Tera Term install file can also be found on Leviton’s web site.
  • Page 118 The terminal programs settings are as follows: • COM Port - set to port number of the USB port. • Baud Rate - 115200 • Data - 8 Bit • Parity - None • Stop Bits - 1 • Flow Control - Hardware Step 1: Step 2: Step 3:...
  • Page 119 Once you have the terminal program configured you should be able to communicate to the Z-MAX cabinet. Step 4: Since you will be replacing the operating system of the control board, you must jump out of the main operating system that is managing the communications and into a boot section of code that will perform the file transfer.
  • Page 120 You will be prompted to confirm that you wish enter the boot mode. You will have 5 seconds to type "b" or "B" to proceed, otherwise the system will return to main application. The prompt will now be "Boot" instead of "Z-MAX". Page 110...
  • Page 121 Only a few commands are necessary to load the operating system. commands available, type HELP. Step 6: Step 7: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Many of the commands listed are for trained personnel and used improperly could render the Z-MAX cabinet inoperable. Therefore, only use those commands listed below as described.
  • Page 122 To transfer the file using Tera Term, select the "send file..." item from the Step 8: File menu. Then select the file from the dialog box. Step 9: Page 112...
  • Page 123 The new operating system will then be transferred. When the transfer is complete, you will again be prompted to select between boot mode or the main application. This time, enter the main application by pressing any key other than "B" or "B", or let the 5 second timer expire. The new system will then start.
  • Page 124 To verify the new code in the cabinet: Step 1: Step 2: Step 3: Page 114 Press the Menu button Press until the display reads: MAIN MENU SELECT SOFTWARE BUILD Press Select/Save The display will now show you the version of firmware the unit is running.

  • Page 125: Part Iv - System Design Guide

    Part IV - System Design Guide Welcome to the Systems Design Guide portion of this manual. This guide is intended to orient you to the system requirements and recommendations to achieve complete success of your total system layout. Many important topics are addressed specifically as related to networking systems and their unique requirements.
  • Page 126 Page 116...

  • Page 127: Power Considerations For Control Systems

    Power Control Device (PCD) • Devices in the Leviton product line which control power are dimming racks, relay panels, A-2000, i-series e, Z-MAX, etc. Generally PCD’s also supply a certain amount of power to connected low voltage control devices Control Devices •...

  • Page 128: Power Requirements & Maximum Run Length

    12VDC Z-MAX 48 Cabinet (Master or Slave) 12VDC Z-MAX Switch Input Board (accessory to Z- MAX 24 & 48 size Cabinets) 12VDC EZ-MAX 12VDC RRP - Z-MAX Remote Relay Panel < Power Supply's Available Unit Load Maxim Supply um #...
  • Page 129 Power Control Device (PCD) NPC – XP NPC – DHV NPC – DLR Power Supply Maximum Unit Loads Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Power Considerations for Control Systems Maxim Supply Power Control (VDC) Device (PCD) # of Unit Loads 12-24...
  • Page 130 Control Devices Unit Load D4200 LCD D4200 Entry (Button), D4200 Room Combine Station D4200 Remote I/R Luma-Net Hub D8000 LCD D8000 Entry (Button) D8000 Slider D8000 Key switch D8000 I.O Port D8000 Combine/ Closure (Advanced) Infrared Only Occ Sensor Ultrasonic Only Occ. Sensor Multi-tech Occ Sensor Ultrasonic 2-Way Occ.

  • Page 131: Power Wire - Run Length

    Control Device Loads Power Wire - Run Length The maximum total run length of each segment is a function of the total number of unit loads. A run becomes too long when the voltage drop, due to wire size and run length, increases to a point where the station does not have sufficient voltage to operate.
  • Page 132 Page 122...

  • Page 133: Wiring With An External Power Supply

    Wiring with an External Power Supply When needed, an external class 2 power supply can be used to supply power to Low Voltage devices connected to the low voltage inputs. When this is required, wire the system by following the diagram below. External Power +V Power...
  • Page 134 Page 124...

  • Page 135: Special Considerations For Networks

    Master/Remote Network (page 127) The Z-Max master/remote network allows for the use of remote relay panels controlling loads and accepting input with all of the configuration and programming being performed at the master relay panel.
  • Page 136 Page 126...

  • Page 137: Master/Slave Network Topology

    Belden 1700A or Network Protocol Z-MAX Master/Slave Any combination/mix of remote relay panels may be used on a single Master/Slave network so long as there is only one master and you do not exceed the maximum number of relays per network.

  • Page 138: Network Topology

    Network Topology All Master/Remote panels must be connected in a daisy-chained fashion. For example, please consider the illustrations below: Category 5 or better wiring between cabinets 4 Relay Remote Cabinet 4 Relay Remote Cabinet 4 Relay Remote Cabinet 24 Relay Remote Cabinet 48 Relay Master Cabinet Figure 9: The right way - Daisy-Chain Wiring Figure 10: The wrong way - Star or other scheme...

  • Page 139: Physical Requirements

    There are two major standards for the pinout of RJ-45 connectors. These two standards are often referenced as TIA-568A & TIA-568B. Although either is acceptable so long as it is consistent throughout a project, Leviton recommends the use of only the TIA-568B standard. The only difference between the standards is what color wires terminate to each of the (8) RJ-45 pins.

  • Page 140: Termination

    Always use one of these crimpers when making these connections. Read and understand the instruction by the crimpers manufacturer prior to use. Leviton offers a crimper as Leviton part number 47613-EZC. 4 Relay Remote Cabinet 4 Relay Remote Cabinet...

  • Page 141: How To Terminate Relay Cabinets

    ANALOG/SWITCH INPUT/OUTPUTS TB 1-12* ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT EMERGENCY RELAY C 2004 LEVITON MFG. CO. ALL RIGHTS RESERVED WORLDWIDE EMERGENCY INPUT - TB21 * SWITCH BOARD (OPTIONAL) OX-70121-00-00-01 MASTER...

  • Page 142: Network Layout Planning

    Network Layout Planning The previous section illustrated some of the technical requirements and physical layout for Master/Slave networks. When planning your network, it’s equally important when considering the numbering of relays. Relays are divided into two types: local and network. The local relays are the relays inside the master cabinet, and the network relays are the remote or slave cabinet relays.

  • Page 143: Relay Numbering Chart

    Department. The phone number can be found on the back page of this manual. Relay Numbering Chart Leviton recommends that when planning your network, you fill out the chart on the following page, or other similar chart which you prefer to document your system. This completed chart should be stored with your master relay panel complete with the circuit schedules of all of the relay panels.

  • Page 144: Relay Numbering Chart

    Relay Numbering Chart Panel Starting Relay # Page 134 Ending Panel Name Notes Relay #...

  • Page 145: Remote Cabinet Configuration

    Comments & Examples on Relay Numbering Please find a discussion with examples of relay numbering found on page 132. This information may be helpful when configuring your relay panels. Configuration of Remote Relay Cabinets with Dipswitches Locate the 8 position dipswitch and set the "MRN" code which corresponds to the starting relay number.

  • Page 146: Table Of Mrn Codes & Starting Relay Number

    Table of MRN Codes & Starting Relay Number MRN Code To Set the MRN Code: Page 136 Start Relay Number...

  • Page 147: Configuration Of Remote Relay Cabinets Without Dipswitches Or Via Usb

    PC and your relay cabinet. For instructions connecting your PC to your relay cabinet, please reference the instructions contained at our website, www.leviton.com and in your master control panel user guide. Additionally, for this purpose, your PC requires additional software and drivers which must be downloaded from our website.

  • Page 148: Configuration Of Master Control Panel

    • MRI Code - Set the number of local (or internal) relays to the cabinet. This should be set to the maximum number of relay module positions in the cabinet. Configuration of Master Control Panel Enable Master/Slave Communication Configuration of the master control panel can be performed from the LCD. There are three settings which need to be set on the Master Control panels to enable Master/ Slave Communication •...

  • Page 149: Communication Verification

    To enable remote discrete inputs, please perform the following steps: The use of low voltage control inputs on Remote Relay panels is only available in software release 1.40 and above for both the master and slave cabinets.

  • Page 150: Conclusion

    communication with each other. To perform this validation, open the panels and look at the diagnostic LED’s. Depending on the panel type, the location of these LED’s may vary. Look for the LED labeled "Master/Slave" or "CAN". The status of this LED could be as follows: •...

  • Page 151: Dmx 512

    In the event that daisy chained topology is not realistic or another topology is preferred, multiple home runs of 1 or more devices can be accommodated with the use of a DMX hub. Contact Leviton for additional information if your application has this requirement.
  • Page 152 Entry Station Figure 6: Luma-Net Termination Jumper Locations Page 142 Terminate Luma-Net in these locations Control Station Dimmer or Relay Cabinet Equiped with Luma-Net Ground Shield at one point only!

  • Page 153: Physical Specifications

    Physical Specifications Specification Maximum End to End Run Length Maximum number of controlled channels per subnet Maximum number of nodes per subnet on the network Network Topology Interconnection Method Wiring Specifics Recommended Wire Alternate Approved Wire Network Protocol Conflicting or Multiple Control Message Mitigation Strategy Termination Requirements Wire Recommendations...

  • Page 154: Wiring The Dmx Connector

    Manufacturer Belden Belden Belden Alpha Alpha Figure 7: DMX Recommended Wire Wiring the DMX Connector Step 1: Step 2: Step 3: Step 4: Step 5: DMX IN Figure 6: Z-Max DMX connector wiring Page 144 Catalog Number # of Pairs 9729, 9829, 8102 9841 89729, 88102...

  • Page 155: Luma-Net Iii

    Luma-Net III Luma-Net is Leviton’s proprietary digital architectural lighting control protocol. Luma- Net is can be used for the following items: • Communication and control by Dimensions 8000 control stations and accessories • Communication and control by Dimensions 4200 control stations and accessories •...

  • Page 156: Termination Requirements

    Termination Requirements Both ends of the control run must be terminated. Nodes not at each end of the run must not be terminated (see figure 9.) For most Luma-Net devices, termination can be achieved by connecting a short pieces of wires between the "TERM" and "REM-" terminals (see figure 8.) On other devices, like relay and dimmer cabinets, termination can be achieved by installing the termination jumper located adjacent to the Luma-Net connector inside the relay cabinet or other device.
  • Page 157 ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT EMERGENCY RELAY C 2004 LEVITON MFG. CO. EMERGENCY COMMON ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C EMERGENCY LUMANET EMERG INPUT - TB21 *...
  • Page 158 Data- to common with 100-120ohm resistor Leviton stipulates that all control and power wiring must be in conduit. Additionally and as is common with all digital control signals, the cable should not pass near any source of electrical noise such as fluorescent circuits or motor wiring.

  • Page 159: Wire Recommendations

    Wire Recommendations • Use Belden #1502R or 1502P • See the table for alternate approved Wire Types • Use RS485 compatible cable for the communications. It is recommended that a cable with 2 Twisted Pair, 24 AWG, stranded conductors be used. The spare pair is for future uses.
  • Page 160 Wire/Color Belden 1502R/1502P Blue White Drains/Shields Black Belden 9729 Black White Drains/Shields Belden 9829 or 8102 Blue with white stripe White with blue stripe Orange with white stripe White with orange stripe Drain/Shield Figure 12: Color Coding for Belden Wire Page 150 No.
  • Page 161 +24V ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT EMERGENCY RELAY C 2004 LEVITON MFG. CO. EMERGENCY COMMON ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C EMERGENCY LUMANET...

  • Page 162: Connection Methods

    Connection Methods Wiring the Phoenix Connector Step 1: Step 2: Step 3: Step 4: Drain/Shield - Insulated and tied together (Ground at one point only- probably an end) Step 5: Testing the Wiring To assure problem-free start-up, it is important to check the system wiring, prior to hooking up any control stations, for proper connections, shorts and opens.
  • Page 163 Step 2: Step 3: Step 4: Step 5: Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 Repair any short circuits before continuing. Install wire jumpers, one pair at a time (not supplied) to the Luma-Net Connector on either end of the cable run between pins 1-2, then 2-3, then 3-4 Retest each the following wire pairs at each connector: 1-2 Short...
  • Page 164 Page 154...

  • Page 165: Low Voltage Control Wiring

    Please reference the chart on page page 3 which shows the quantity and types of inputs available for each cabinet. Excepting only network inputs, all inputs support every type as shown above. However, EZ-Max cabinets have an additional (2) inputs, one dedicated to Photocell and one dedicated to Occupancy Sensors.

  • Page 166: Input Trigger - What Determines An "On

    Control Wiring Termination This section gives instructions for terminating all types of low voltage inputs. • Leviton recommends minimum 18AWG stranded wire for all low voltage wiring • Terminate all control wiring directly to the terminal blocks on the printed circuit board.

  • Page 167: General Requirements For Connecting Any Device To Low Voltage Inputs

    Input Power Requirements The relay cabinet has a finite amount of power which it can supply to connected devices. This topic is discussed in detail starting on page 117 entitled "Power Considerations for Control Systems." amount of available peripheral power, or damage to your relay cabinet or connected devices may occur.

  • Page 168: Low-Voltage Input Terminals & Connections

    Low-Voltage Input Terminals & Connections The next several drawings show the location of inputs in the various cabinet types. RJ Connector for Modem Figure 5: Low Voltage Input Locations, 4 relay remote & EZ-max relay Page 158 Occupancy Photocell Sensor...
  • Page 169 CAN1 CAN2 RELAY 3 +24V ETH/MODEM 5V POWER HEARTBEAT-R LEVITON ASSEMBLY OX-70129-00-00-01 NETWORK +24V OX-70129-00-00-02 BASIC RELAY 4 C 2004 LEVITON MFG. CO. ALL RIGHTS RESREVED WORLDWIDE +24V ETHERNET/MODEM +24V JP41 RELAY 5 +24V ETHERNET MODULE RELAY 6 MODEM MODULE...
  • Page 170 Input Polarity ICs (See text) (IC #U59 & U51) ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT C 2004 LEVITON MFG. CO. EMERGENCY ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C LUMANET CAN1 CAN2 ETH/MODEM 5V POWER...

  • Page 171: Connecting Low Voltage Switches

    Connecting Low Voltage Switches Z-MAX relay panels support a variety of low voltage switch types such as: • Momentary - provides momentary contacts, triggering alternating on/off actions • Maintained - triggers On action when connection is made, Off action when removed •...

  • Page 172: Connecting Low Voltage Switch

    Regardless of the pinout of your particular product, the common designations for terminals are as follows: Pin Label +24V Figure 9: Discreet input terminal labels and their meaning By default the "IN" or the "ON" terminal is expecting +V to trigger as would be typical with many styles of low voltage switches.

  • Page 173: Modem Module Installation/Phone Line Connection

    Once connected, the configuration software can be used to configure your cabinet remotely. Installation of a modem is a two step process, Step 1: Step 2: Modem Module Installation on EZ-Max Panels Step 1: Step 2: Step 3: Step 4: Step 5: Z-Max Advanced Programming &...

  • Page 174: Modem Module Installation On Z-Max Relay Panels

    Step 6: Modem Pin 1 (Gold Dot) Looking at CM from Back Modem Module Installation on Z-Max relay Panels Step 1: Step 1: Step 2: Page 164 Re-install the control module following in reverse the steps followed for RJ Connector...
  • Page 175 RELAY 3 +24V ETH/MODEM 5V POWER HEARTBEAT-R LEVITON ASSEMBLY OX-70129-00-00-01 NETWORK +24V OX-70129-00-00-02 BASIC RELAY 4 C 2004 LEVITON MFG. CO. ALL RIGHTS RESREVED WORLDWIDE +24V ETHERNET/MODEM +24V JP41 RELAY 5 Install with "Gold Dot" on +24V ETHERNET on Modem Module at this MODULE location.
  • Page 176 Figure 4: Modem Module Installation, 24 & 48 relay cabinets Page 166 ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT C 2004 LEVITON MFG. CO. EMERGENCY ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C LUMANET CAN1...

  • Page 177: Ethernet Network Module Installation

    Ethernet Network Module Installation Many relay cabinet models have an optional ethernet module which can be installed. The part number for this module is rac00-eth and is generally ordered separately from the cabinet. When the ethernet module is installed, the following additional functionality is available: •...
  • Page 178 RELAY 3 +24V ETH/MODEM 5V POWER HEARTBEAT-R LEVITON ASSEMBLY OX-70129-00-00-01 NETWORK +24V OX-70129-00-00-02 BASIC RELAY 4 C 2004 LEVITON MFG. CO. ALL RIGHTS RESREVED WORLDWIDE +24V ETHERNET/MODEM +24V JP41 RELAY 5 Install with "Gold Dot" on +24V ETHERNET on ethernet module at this MODULE location.
  • Page 179 Figure 5: Ethernet Module Installation, 24 & 48 relay cabinets Z-Max Advanced Programming & Systems Design Guide Revision A:11/2005 ANALOG/SWITCH I/O* JUMPER ON PULLS INPUT HIGH SELECTOR S1 THRU S12 JUMPER OFF IS DEFAULT C 2004 LEVITON MFG. CO. EMERGENCY ALL RIGHTS RESERVED WORLDWIDE HEARTBEAT-C LUMANET CAN1 CAN2...

  • Page 180: Topology

    Topology The topology for a 10/100 Base T Ethernet network is a "star" configuration, with only one node permitted at any one location. All nodes must be interconnected via a Hub, Switch, or other such device. Physical Specifications Specification Maximum End to End Run Length Maximum number of controlled channels per subnet Maximum number of nodes per subnet on...

  • Page 181: Rj-45 Plug Connection

    There are two major standards for the pinout of RJ-45 connectors. These two standards are often referenced as TIA-568A & TIA-568B. Although either is acceptable so long as it is consistent throughout a project, Leviton recommends the use of only the TIA-568B standard. The only difference between the standards is what color wires terminate to each of the (8) RJ-45 pins.
  • Page 182 "RJ-45 Crimper" or other similar terminology. Always use one of these crimpers when making these connections. Read and understand the instructions by the crimpers manufacturer prior to use. Leviton offers a crimper as Leviton part number 47613-EZC.

  • Page 183: Power-Up & Installation Verification Checklist

    Power-Up & Installation Verification Checklist Prior to the application of power to your relay cabinet, all of the following steps must have been successfully executed. Inspect each relay load wiring for incomplete termination Inspect each relay’s load wiring for terminals not completely tightened With each relay in the off position, check for voltage between the Line &...
  • Page 184 Page 174...
  • Page 185 STATE/CITY ALABAMA Alexander City 33° N Anniston AP 34° N Auburn 33° N Birmingham AP 34° N Decatur 35° N Dothan AP 31° N Florence AP 35° N Gadsden 34° N Huntsville AP 35° N Mobile AP 31° N Mobile Co 31°...
  • Page 186 STATE/CITY Redlands 34° N Richmond 38° N Riverside-March AFB (S) 34° N Sacramento AP 39° N Salinas AP 37° N San Bernadino, Norton AFB 34° N San Diego AP 33° N San Fernando 34° N San Francisco AP 38° N San Francisco Co 38°...
  • Page 187 STATE/CITY GEORGIA Albany, Turner AFB 32° N Americus 32° N Athens 33° N Atlanta AP (S) 34° N Augusta AP 33° N Brunswick 31° N Columbus, Lawson AFB 33° N Dalton 35° N Dublin 32° N Gainesville 34° N Griffin 33°...
  • Page 188 STATE/CITY Richmond AP 40° N Shelbyville 40° N South Bend AP 42° N Terre Haute AP 39° N Valparaiso 42° N Vincennes 39° N IOWA Ames (S) 42° N Burlington AP 41° N Cedar Rapids AP 42° N Clinton 42° N Council Bluffs 41°...
  • Page 189 STATE/CITY MASSACHUSETTS Boston AP 42° N Clinton 42° N Fall River 42° N Framingham 42° N Gloucester 43° N Greenfield 42° N Lawrence 43° N Lowell 43° N New Bedford 42° N Pittsfield AP 42° N Springfield, Westover AFB 42° N Taunton 42°...
  • Page 190 STATE/CITY Sikeston 37° N Sedalia—Whiteman AFB 39° N Sikeston 37° N Springfield AP 37° N MONTANA Billings AP 46° N Bozeman 46° N Butte AP 46° N Cut Bank AP 49° N Glasgow AP (S) 48° N Glendive 47° N Great Falls AP (S) 47°...
  • Page 191 STATE/CITY NEW YORK Albany AP (S) 43° N Albany Co 43° N Auburn 43° N Batavia 43° N Binghamton AP 42° N Buffalo AP 43° N Cortland 43° N Dunkirk 42° N Elmira AP 42° N Geneva (S) 43° N Glens Falls 43°...
  • Page 192 STATE/CITY Marion 41° N Middletown 40° N Newark 40° N Norwalk 41° N Portsmouth 39° N Sandusky Co 41° N Springfield 40° N Steubenville 40° N Toledo AP 42° N Warren 41° N Wooster 41° N Youngstown AP 41° N Zanesville AP 40°...
  • Page 193 STATE/CITY Orangeburg 33° N Rock Hil 35° N Spartanburg AP 35° N Sumter, Shaw AFB 34° N SOUTH DAKOTA Aberdeen AP 45° N Brookings 44° N Huron AP 44° N Mitchell 44° N Pierre AP 44° N Rapid City AP (S) 44°...
  • Page 194 STATE/CITY Provo 40° N Richfield 39° N St George Co 37° N Salt Lake City AP (S) 41° N Vernal AP 40° N VERMONT Barre 44° N Burlington AP (S) 44° N Rutland 44° N VIRGINIA Charlottesville 38° N Danville AP 37°...

  • Page 195: Warranty Information

    This Warranty is void on any product that has been improperly installed, overloaded, short circuited, abused, or altered in any manner. Neither the seller nor Leviton shall be liable for any injury, loss or damage, direct or consequential arising out of the use of or inability to use the equipment. This Warranty does not cover lamps, ballasts, and other equipment which is supplied or warranted directly to the user by their manufacturer.
  • Page 196 59-25 Little Neck Parkway, Little Neck, NY 11362-2591 Telephone: 1-800-323-8920 • FAX: 1-800-832-9538 Visit Leviton’s Web site at http://www.leviton.com © 2005 Leviton Manufacturing Co., Inc. All Rights Reserved Specifications and Pricing Subject to Change at any time without notice reorder #rac00-sdg...

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