Distributed Low-Voltage Power System

Transcription

1 How to use the time clock input on the DLVP Low-Voltage Power Module IS # Distributed Low-Voltage Power System Overview The DLVP power module provides an onboard time clock input, that can be used to control lighting normally or implement partial on/ partial off controls. The power module provides inputs for an external dry contact closure. Time clock commands can be sent to the power module via dry contact input. The table below defines the system actions based on various input conditions and settings. DLVP Time Clock / Occupancy State Time Clock Status Settings Space Condition Open (After hours) Closed (Business Hours) Alert Mode Closed Alert Mode Open Mode (DIP-1) Occupancy (0) Occupancy (0) Vacancy (V) Occupancy (0) Occupancy (0) Vacancy (V) Partial On (DIP-2) Occupied Unoccupied o Sensor Disabled () Lights: Scene 6 Enabled (Y) Lights: 50% Lights: Manual O Disabled () Lights: Scene 6 Enabled (Y) Lights: 50% Lights: Manual O Lights: OFF Receptacles: Off (30-sec after Lights) Lights: OFF Receptacles: OFF (30-sec after Lights) Lights: OFF Receptacles: OFF (30-sec after Lights) Lights: Scene 5 Lights: Scene 5 Lights: Scene 5 Lights: 5-min Blink-warn OFF (Manual O 1-hour) Receptacles: OFF (30-sec after Lights) Lights: 5-min Blink-warn OFF (Manual O 1-hour) Receptacles: OFF (30-sec after Lights) Lights: 5-min Blink-warn OFF (Manual O 1-hour) Receptacles: OFF (30-sec after Lights) Lights: Scene 5 Lights: Scene 5 Lights: Scene 5 All light fixtures are FULL O. Receptacle switchpack turns OFF. Wallstation, occupancy, daylight controls, demand response, and handheld remotes are disabled. System is returned to normal function leaving lighting in previous state. If the previous state is OFF, lighting will initiate a blink warn sequence and turn OFF five minutes later.

2 Time Clock Wiring Connect the dry contact closure to the appropriate terminal for the application. The terminal block is removable for ease of wiring. Use 18 AWG unshielded, 2 conductor twisted pair wiring for connection. Maximum distance must not exceed 1000ft. (300m). LOW HIGH TRIM DEMAD + - CLOCK + - ALERT + - ote: time clock contact closer source may be simple time clocks, lighting control panels, etc. ote: DLVP does not support time sweeps Time Clock Settings The DLVP system may behave differently based on time clock input (during or after business hours) and settings established by switches on the low-voltage power module. Occ / Vac Partial On Select Occ Occ Share Occ / Vac Partial On Select Occ Occ Share Occ / Vac Partial On Select Occ Occ Share V Y O Y Y V Y O Y Y V Y O Y Y Occupancy Mode Partial O disabled Occupancy Mode Partial O enabled Vacancy Mode Partial O /A 2

3 How time clock functions work Out of the box, the time clock contact closure is open (after hours mode) and the system is in vacancy mode. LOW HIGH TRIM Occ / Vac Partial On Select Occ Occ Share V Y Y Y DEMAD + - CLOCK + - ALERT + - O 1 1 REC 3

4 Occupancy mode, Time clock open When the space becomes occupied, receptacles become energized and lighting transitions to Scene 6 (default = 100%) A user may manually change the light level in the space through a wall station or personal remote (LVHH-02) When the space becomes unoccupied, light levels fade to off after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 4

5 Occupancy mode, partial O enabled, Time clock open When the space becomes occupied, receptacles become energized and lighting transitions to the partial O level (50%) A user may manually change the light level in the space through a wall station or personal remote (LVHH-02) When the space becomes unoccupied, light levels fade to off after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 5

6 Vacancy mode, Time clock open When the space becomes occupied, receptacles become energized, however lighting will remain OFF until a manual action occurs A user may manually select the light level in the space through a wall station or personal remote (LVHH-02) When the space becomes unoccupied, light levels fade to off after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 6

7 Occupancy mode, Time clock closed When the space becomes occupied, receptacles become energized and lighting transitions to Scene 6 (default = 100%) A user may manually change the light level in the space through a wall station or personal remote (LVHH-02) When the space becomes unoccupied, light levels fade to Scene 5 (default = 20%) providing partial OFF functionality 7

8 Vacancy mode, Time clock closed When the space becomes occupied, receptacles become energized, however lighting will remain OFF until a manual action occurs A user may manually select the light level in the space through a wall station or personal remote (LVHH-02) When the space becomes unoccupied, light levels fade to off after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 8

9 Example Full day, occupancy mode Time clock contact OPE with no occupancy, the lighting is OFF and receptacles are de-energized. The business day begins (time clock contact CLOSED), receptacles are energized and lighting fades to Scene 5 (default = 20%) The space becomes occupied, lighting transitions to Scene 6 (default = 100%) The space becomes unoccupied, light levels fade to Scene 5 (default = 20%) after the sensor delay time expires, providing partial OFF functionality The space becomes occupied, lighting transitions to Scene 6 (default = 100%) The business day ends (time clock contact OPE), no changes are immediately noticed with lighting or receptacles The space becomes unoccupied, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. The space becomes occupied after hours, receptacles are energized and lighting fades to Scene 6 (default = 100%) The space becomes unoccupied for the remainder of the time clock open (after hours) period, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 9

10 Example Full day, occupancy mode with partial O enabled Time clock contact OPE with no occupancy, the lighting is OFF and receptacles are de-energized. The business day begins (time clock contact CLOSED), receptacles are energized and lighting transitions to Scene 5 (default = 20%) The space becomes occupied, lighting fades to the partial O level (50%) A user manually changes the light level in the space through a wall station or personal remote (LVHH-02) The space becomes unoccupied, light levels fade to Scene 5 (default = 20%) after the sensor delay time expires The space becomes occupied, lighting transitions to the partial O level (50%) A user manually changes the light level in the space through a wall station or personal remote (LVHH-02) The business day ends (time clock contact OPE), no changes are immediately noticed with lighting or receptacles The space becomes unoccupied, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. The space becomes occupied after hours, receptacles become energized and lighting fades to the partial O level (50%) The space becomes unoccupied for the remainder of the time clock open (after hours) period, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 10

11 Example Full day, vacancy mode Time clock contact OPE with no occupancy, the lighting is OFF and receptacles are de-energized. The business day begins (time clock contact CLOSED), receptacles are energized and lighting transitions to Scene 5 (default = 20%) The space becomes occupied, however lighting will remain at Scene 5 until a manual action occurs A user manually select the light level through a wall station or personal remote (LVHH-02) The space becomes unoccupied, light levels fade to Scene 5 after the sensor delay time expires The space becomes occupied, however lighting will remain at Scene 5 until a manual action occurs A user manually changes the light level through a wall station or personal remote (LVHH-02) The business day ends (time clock contact OPE), no changes are immediately noticed with lighting or receptacles The space becomes unoccupied, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. The space becomes occupied after hours, receptacles become energized, however lighting will remain OFF until a manual action occurs A user manually changes the light level through a wall station or personal remote (LVHH-02) The space becomes unoccupied for the remainder of the time clock open (after hours) period, light levels fade to OFF after the sensor delay time expires. Receptacle are de-energized 30-seconds after lighting turns off. 11

12 Example Full day, o motion sensors Time clock contact OPE with no occupancy, the lighting is OFF and receptacles are de-energized. The business day begins (time clock contact CLOSED), receptacles are energized and lighting transitions to Scene 5 (default = 20%) The space becomes occupied, however lighting will remain at Scene 5 until a manual action occurs A user manually select the light level through a wall station As the business day ends (time clock contact OPE), the lighting will blink five minutes prior to automatically turning OFF A user may delay the automatic OFF by one hour by manually pressing a button on a wall station Lighting fades to off either by manually pressing a button on a wall station or personal remote (LVHH-02). Receptacle are de-energized 30-seconds after lighting turns off. The space becomes occupied after hours, however lighting will remain OFF and receptacles de-energized until a manual action occurs A user manually changes the light level through a wall station providing the requested light level for one hour (receptacles become energized) The one hour lighting period may be extended by a manual action (lighting will blink five minutes prior to automatically turning OFF) Lighting fades to off either by manually pressing a button on a wall station or allowing the automatic OFF to occur. Receptacle are de-energized 30-seconds after the one hour lighting period ends Eaton 1121 Highway 74 South Peachtree City, GA For service or technical assistance: Canada Sales 5925 McLaughlin Road Mississauga, Ontario L5R 1B8 P: F: Eaton All Rights Reserved Printed in USA Publication o. IB503015E December 6, 2017 Eaton is a registered trademark. All trademarks are property of their respective owners. Procuct availability, specifications, and compliances are subject to change without notice.