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General

The RDV/RDVQ is supplied with the duct, damper, and airflow 
sensor. The RDV/RDVQ assembly is designed to accept Direct 
Digital Controls (DDC) for VAV pressure independent operation.

The terminal unit controls are supplied by the controls 
contractor and either factory or field mounted and wired. For 
information concerning controls, components, sequence of 
operation, etc., please refer to the documentation provided by 
the controls contractor.

Receiving Inspection

After unpacking the assembly, check it for shipping damage. 
If any shipping damage is found, report it immediately to the 
delivering carrier. During unpacking and installation do not 
handle by the inlet velocity sensor, damper shaft, or tubing. 
Damage may result.

Wiring

If controls have been factory mounted, a wiring diagram 
will be included with the unit indicating the factory mounted 
components. For field wiring of room sensors and other 
accessories, refer to the controls contractor's documentation. 
If the controls have been field mounted, refer to the controls 
contractor's documentation for all wiring information.

Damper rotation is always clockwise to the open position. 
An identification mark on the end of the shaft indicates the 
damper position. 

The factory supplied sensing lines are color coded. Red 
indicates  the total pressure or ”HI“ line which should be 
located on the upstream side. Green indicates the static 
pressure or ”LO“ line which should be located on the 
downstream side.

An optional protective enclosure may be provided to house 
the terminal unit control components. The enclosure cover is 
removable with two sheet metal screws.

OPTIONAL

NEMA1

CONTROLS

ENCLOSURE

(SEE NOTE)

OPTIONAL

NEMA1

CONTROLS

ENCLOSURE

(SEE NOTE)

20”

(508)

MULTI-POINT SENSOR

C/W GAUGE TAPS

PACKLESS

SILENCER

20”

(508)

4

3

/

4

” (121)

9

1

/

2

” (241)

9

1

/

2

” (241)

MULTI-POINT SENSOR

C/W GAUGE TAPS

ABSORPTIVE

SILENCER

DIA = A + 8”

4

3

/

4

” (121)

DIA = A - 

1

/

8

” (3)

DIA = A - 

1

/

8

” (3)

18

1

/

2

” (470)

INLET SILENCER

SECTION

DIA = A - 

1

/

8

” (3)

AIR
FLOW

2”

(51)

B

L

2” (51)

36” (914)

CONNECTION COLLAR

UP

MULTI-POINT SENSOR

C/W GAUGE TAPS

FOR PNEUMATIC CONTROLS

NEMA1 OPTIONAL 

CONTROLS ENCLOSURE 

18 1/2” (470)

1 1/2” (38)

4 1/2” (114)

DAMPER SHAFT

UP

L

DIA = A - 

1

/

8

” (3)

AIR
FLOW

RDV  

OPTIONAL

NEMA1

CONTROLS

ENCLOSURE

(SEE NOTE)

OPTIONAL

NEMA1

CONTROLS

ENCLOSURE

(SEE NOTE)

20”

(508)

MULTI-POINT SENSOR

C/W GAUGE TAPS

PACKLESS

SILENCER

20”

(508)

4

3

/

4

” (121)

9

1

/

2

” (241)

9

1

/

2

” (241)

MULTI-POINT SENSOR

C/W GAUGE TAPS

ABSORPTIVE

SILENCER

DIA = A + 8”

4

3

/

4

” (121)

DIA = A - 

1

/

8

” (3)

DIA = A - 

1

/

8

” (3)

18

1

/

2

” (470)

INLET SILENCER

SECTION

DIA = A - 

1

/

8

” (3)

AIR
FLOW

2”

(51)

B

L

2” (51)

36” (914)

CONNECTION COLLAR

UP

MULTI-POINT SENSOR

C/W GAUGE TAPS

FOR PNEUMATIC CONTROLS

NEMA1 OPTIONAL 

CONTROLS ENCLOSURE 

18 1/2” (470)

1 1/2” (38)

4 1/2” (114)

DAMPER SHAFT

UP

L

DIA = A - 

1

/

8

” (3)

AIR
FLOW

RDVQ  

1

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AIR VOLUME CONTROL VALVE  - Manual

AIR VOLUME CONTROL VALVE

PRODUCT OVERVIEW

Содержание RDV Series

Страница 1: ...v004 Issue Date 07 14 16 2016 Price Industries Limited All rights reserved MANUAL INSTALLATION OPERATION AND MAINTENANCE Air Volume Control Valve RDV RDVQ Series ...

Страница 2: ...ring 1 Installation Instructions Installing the RDV RDVQ 5000 Terminal Unit 2 Air Volume Ranges 2 SP300 Cal Curves RDV 3 SP300 Cal Curves RDVQ w Absorptive Silencer 4 SP300 Cal Curves RDVQ w Packless Silencer 5 AIR VOLUME CONTROL VALVE TABLE OF CONTENTS ...

Страница 3: ...open position An identification mark on the end of the shaft indicates the damper position The factory supplied sensing lines are color coded Red indicates the total pressure or HI line which should be located on the upstream side Green indicates the static pressure or LO line which should be located on the downstream side An optional protective enclosure may be provided to house the terminal unit...

Страница 4: ...ended Stability and accuracy may not be acceptable at lower than recommended air flow limits The actual performance will vary depending on the terminal unit controls supply RDV Basic Size CFM L S MIN MAX MIN MAX 4 45 225 21 106 5 60 350 28 165 6 65 450 31 212 7 95 650 45 307 8 125 800 59 378 9 160 1050 76 496 10 210 1350 99 637 12 300 2100 142 991 14 430 3000 203 1416 16 575 4000 271 1888 RDVQ Abs...

Страница 5: ...locity controls utilize a flow through transducer a proper velocity pressure reading will NOT be read at the gauge taps and the calibration curves CANNOT be used for field measurement The flow through transducer operates on the principle of mass flow rather than pressure differential Controls utilizing a dead ended pressure transducer will allow field measurement with the gauge taps and calibratio...

Страница 6: ...trols utilizing a dead ended pressure transducer will allow field measurement with the gauge taps and calibration curves provided 2 Setting flow limits for a differential pressure of less than 0 02 inches is NOT recommended Stability and accuracy of flow limits may not be acceptable due to low velocity pressure signal Performance will vary depending on the terminal unit controls provided 3 For fie...

Страница 7: ...ill allow field measurement with the gauge taps and calibration curves provided 2 Setting flow limits for a differential pressure of less than 0 02 inches is NOT recommended Stability and accuracy of flow limits may not be acceptable due to low velocity pressure signal Performance will vary depending on the terminal unit controls provided 3 For field calibration of air flow limits refer to the con...

Страница 8: ...is document contains the most current product information as of this printing For the most up to date product information please go to priceindustries com 2016 Price Industries Limited All rights reserved ...

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