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SOF_7.2.3-02-152

Effective date: 30-May-08

User Gude

OWL

Page  18

The following pages contain information on multiple unit systems that will used

when installing and servicing the system.

Use these pages in conjunction with other applicable guides.

 

The OWL multiple unit system is an automated control system for the control of dental utility room equipment 

from a centralized location, convenient to the dental office staff.  The system automatically responds to demand so 
that clinicians always have the power they need for safe, effortless operation while minimizing energy consumption 
and hardware use.
  
 

Multiple units automatically selected to run by the computer minimize electrical consumption by operating 

according to demand. Multiple pumps offer the advantage of extending service life by reducing the operating hours of 
any one pump.  Multiplexing inherently adds to backup capacity by decreasing dependency on any one device.

 

The Owl Controller requires a 12V DC power source to operate.  On most systems, power can be provided by 

an S1 Electrols or C1 Controller already in the system.  On systems without an S1 or C1, a wall transformer provides 
power for the OWL Controller.

 

In the system, the OWL is connected to one of the 

S1 Electrols 

mounted to one of the vacuum units or to one 

of

 

the

 C1 Controls 

mounted to one of the CustomAir

by RAMVAC

 compressors.  The system is turned on and off from the 

OWL panel and automatically selects the pump with the lowest run-time. 

 

With a 15 to 120 second period of “constant low pressure”, an adjustable pressure switch signals the

microprocessor to turn on units as needed to maintain desired vacuum strength.  After the system returns to a
constant “normal vacuum strength” for a period of 15 minutes, unneeded power units are shut down.  This “alternation 
with record keeping” makes sure your pumps get used evenly with no individual pump working longer than the others.

 

When using the OWL with generic (other than RAMVAC) units, including vacuum pumps, air compressors, 

or water valves, a RAMVAC Interface Control has to be used.  It has the ability to communicate with the OWL to start 
and stop the generic units but does not have the ability to collect any data.  Therefore, for these units the OWL be-
comes a start/stop switch. 

Understanding the System

MULTIPLE UNIT SYSTEMS

Содержание OWL

Страница 1: ...OWL On Wall Logic User Guide and Installation...

Страница 2: ...ys glad to help 3 Once installed the Operation and Programming sections will make using your OWL a breeze We at RAMVAC appreciate your business and take a personal interest in your complete satisfacti...

Страница 3: ...15 Multiple Unit System Understanding the System Page 18 Low Voltage Electrical Connections Page 19 System Layout for 2 Units Page 20 System Layout for 3 8 Units Page 21 Adjusting Vacuum Pressure Page...

Страница 4: ...ction with utility room equipment Interface Control Provides interface communication between an OWL and non RAMVAC utility room equipment OWL Interface Control S1 Electrols C1 Control OWL Mounted cont...

Страница 5: ...ach facility OWL Features For RAMVAC equipment Automatic sequential starting and stopping of up to 8 air compressors and 8 vacuum units based on user demand This feature continually sequences equipmen...

Страница 6: ...th water valve option Note Transformer supplied with Interface Control Wiring to water valve solenoid OWL Interface Control for Water Valve S1 Electrols C1 Control Schematic 2 OWL and non RAMVAC equip...

Страница 7: ...r valve option and autowash Note Transformer supplied with Interface Control Schematic 4 Interface Control Connection for Water Valve Interface Control for AutoWash Solenoid R Y Interface Control Supp...

Страница 8: ...he transformer to the 5 terminal on the OWL and the black wire with text from the transformer to the 6 terminal on the OWL Interface Control Wiring The communication wires attach to the A and B termin...

Страница 9: ...Page 7 SOF_7 2 3 02 152 Effective date 30 May 08 OWL User Gude Notes...

Страница 10: ...k to the top level Press Esc button Press Enter button RAMVAC OWL ALL UNITS NORMAL UNIT STATUS SYSTEM STATUS OWL CONFIGURATION RAMVAC SUPPORT 800 572 6822 UNIT IN FAULT ENTR FOR DETAILS See Unit Staus...

Страница 11: ...ion See UNIT STATUS page for FAULT HISTORY Select the Prev Button 3 UNIT STATUS a This path will lead to the individual status of a speci ed unit b Select Enter on the keypad for second level See UNIT...

Страница 12: ...on V1 MODE RUNNING NO FAULTS V1 MODE BYPASS fault description FAULT HISTORY MOST RECENT 1 V1 UNIT LIFETIME HOURS V1 hours until MAINT VAC1 Hours fault description 01 01 VAC1 Hours fault description 02...

Страница 13: ...the keypad produces one of four different screens g Esc on the keypad returns to the UNIT STATUS screen Select Enter 3 EQUIPMENT MODE STATUS a Status AVAIL The equipment selected is not running but is...

Страница 14: ...nter enter enter HOURS RUN WITH UNITS HR FAULT HISTORY MOST RECENT UNIT 1 FAULT SYSTEM HR of fault UNIT HR of fault UNIT 1 FAULT SYSTEM HR of fault UNIT HR of fault 01 hr hr 01 01 hr hr enter enter en...

Страница 15: ...to 8 ii Esc on the keypad returns to the SYSTEM HOUR DETAIL screen b Next or Prev button on the keypad to go to the FAULT HISTORY SCREEN c Esc from the keypad returns to the VACUUM SYSTEM STATUS scre...

Страница 16: ...NFIGURATION OWL LIFETIME HOURS ON HRS REVISION 1 00 EDIT NODES SYSTEM SHUTDOWN DELAY NONE HR SYSTEM SHUTDOWN DELAY HRS SYSTEM SHUTDOWN DELAY HRS Next or Prev buttons toggles the hours Enter locks it a...

Страница 17: ...the revision number of the OWL Select Prev Button 3 EDIT NODES a No user information Select Prev Button 4 SYSTEM SHUTDOWN a Enter from the keypad produces the ability to set a timer for the run time...

Страница 18: ...SOF_7 2 3 02 152 Effective date 30 May 08 User Gude OWL Page 16 NOTES...

Страница 19: ...Page 17 SOF_7 2 3 02 152 Effective date 30 May 08 OWL User Gude NOTES...

Страница 20: ...r C1 Controller already in the system On systems without an S1 or C1 a wall transformer provides power for the OWL Controller In the system the OWL is connected to one of the S1 Electrols mounted to o...

Страница 21: ...luded in the wire bundle with the communication wires but will be connected to only one of the RAMVAC equipment controls in the system 2 A separate transformer is used on OWL only if the 12VDC is not...

Страница 22: ...Effective date 30 May 08 User Gude OWL Page 20 2 1 Disconnect Disconnect 5 wires 3 wires 2 wires 3 Breaker Panel Vacuum Pressure Switch OWL System layout for 2 Units MULTIPLE UNIT SYSTEMS Wired to S1...

Страница 23: ...User Gude 2 1 Disconnect Disconnect 3 3 wires 3 wires Thick Black Solid Line Line Voltage Thin Red Solid Line Low Voltage Wires System layout for 3 to 8 Units Simply add the unit power and the commun...

Страница 24: ...the adjustment compartment and wiring compartment covers Wiring Compartment Cover Do NOT Adjust the Vacuum Controller if Any vacuum devices are open Your system has vacuum leaks Vacuum is weak only wh...

Страница 25: ...check the height of all piping and hoses in the mechanical room and all treatment rooms For below grade piping with a lift height to the Separating Tank greater than 6 5 feet or overhead piping with...

Страница 26: ...SOF_7 2 3 02 152 Effective date 30 May 08 User Gude OWL Page 24 NOTES...

Страница 27: ...Vacuum System 2 Years from date of installation RAMVAC Vacuum Pumps only 10 Years from date of installation RAMVAC OWL 2 Years from date of installation CustomAir by RAMVAC 6 Years 4200 hours from dat...

Страница 28: ...Brand of the The Integrated Supplier PHONE 866 DTE INFO www dentalez com 3100 First Avenue 800 5 RAMVAC Spear sh SD 57783 FAX 605 642 3776 www ramvac com SOF_7 2 3 02 152 Effective date 30 May 08 2008...

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