Dwyer MS2-B Bedienungsanleitung PDF herunterladen

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90? :88@94.,?4:9 "=:?:.:7 combines the proven stable Hall Effect

sensing technology of our original MS Series with additional features to reduce

installation time and simplify ordering. When using the pluggable integral display,

either Metric or English engineering units can be selected by changing the dip

switch position. A major benefit of the communications is the transmitters can be

daisy-chained together to reduce wiring time and installation cost. The

communications allow for the transmitter to integrate seamlessly into the existing

building automation control.

Like the original Series MS, the second generation transmitter can display pressure

or velocity with the square root extraction internal to the transmitter. Additional

parameters have been included to expand the square root capability to include flow

measurements.

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The transmitter should be mounted on a vertical surface with the connections

directed down to prevent moisture from entering either the pressure ports or the

electrical cable entry. The diaphragm must be vertical to minimize gravity effects on

the diaphragm. Attach the mounting flange to a flat surface using three #8 x 1/2˝

pan head sheet metal screws. Do not over tighten.

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The transmitter should be mounted away from fans, corners, heating and cooling

coils and other equipment that will affect the measurement of the pressure.

1. To mount the transmitter, drill a 9/16˝ (12.70 mm) diameter hole into the duct.

2. Insert transmitter probe into the duct.

3. Mark location of three mounting holes on duct using mounting flange as

template. Drill holes.

4. Attach mounting flange to duct with three #8 x 1/2˝ pan head sheet metal

screws. Do not over tighten screws.

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$0=A4.0Air and non-combustible, compatible gases.

(0??0/,?0=4,7>Consult factory.

..@=,.D±1% FS for 0.25˝ (50 Pa), 0.5˝ (100 Pa), 2˝ (500 Pa), 5˝ (1250 Pa),

10˝ (2 kPa), 15˝ (3 kPa), 25˝ (5 kPa); ±2% FS for 0.1˝ (25 Pa), 1˝ (250 Pa), and

all bi-directional ranges.

$?,-474?D±1% / year FSO.

%08;0=,?@=0484?>0 to 150°F (-18 to 66°C).

"=0>>@=0484?>1 psi max., operation; 10 psi burst.

":B0=#0<@4=0809?>10 to 36 VDC or isolated 21.6 to 33 VAC.

!@?;@?$429,7>BACnet MS/TP communication protocol.

#0>;:9>0%480Averaging, adj 0 to 240 s.

+0=:$;,9/5@>?809?>Digital push buttons.

@==09?:9>@8;?4:940 mA max.

4>;7,D:;?4:9,75-digit LCD.

70.?=4.,7:990.?4:9>5-wire terminal block, 18 to 24 AWG.

70.?=4.,79?=D1/2˝ NPS thread; Accessory (A-151): Cable gland for 5 to 10

mm diameter cable.

"=:.0>>:990.?4:9 3/16˝ ID tubing (5 mm ID); Max. OD 9 mm.

9.7:>@=0#,?492NEMA 4X (IP66).

:@9?492!=409?,?4:9Diaphragm in vertical position.

(0423?8.0 oz (230 g).

209.D;;=:A,7>CE, RoHS.

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3-7/16

[

Ø87.31]

-41/64

[

67.07]

/2 NPT

21/32

[16.67]

1/32

[

16.67]

29/32

[23.02]

[12.70]

57/64

[22.62]

(

3) 3/16 [4.76] HOLES

QUALLY SPACED ON A

.115 [104.52] BC

2-11/64

[55.17]

-9/16

[

65.09]

3-7/16

[

Ø87.31]

1/2 NPT

5/64

[

9.96]

1-41/64

[41.71]

-41/64

[

67.24]

21/32

[16.67]

57/64

[22.62]

1/32

[

16.67]

9/32

[

23.02]

[

12.70]

2-11/64

[55.17]

-11/32

[

84.84]

3-1/2

[88.90]

-3/4

[

196.77]

3/8

[9.53]

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1 2 3 4 5 6 ... 11 12

Inhaltsverzeichnis

Seite 1 - (*# $%#& %$ 

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Seite 2

uoHuoHSPANSPANSPANSPANSPANSPANSPANSPANSPANSPANSPANSPANFROMFROM AVERAGINGAVERAGING MENUMENUVELOCITYVELOCITY MODEMODE MENUMENUADJUSTADJUST VELOCITYVELOC

Seite 3

SAuESAuEnonoYESYESSECSEC 00SECSEC 11 SECSEC 22SECSEC 33FROMFROM "" UPDATEUPDAT E SECURITYSECURITYANDAND SAVESAV E "" MENUMENUUPDAT

Seite 4

Seite 5

70.?=4.,7(4=492Figure 1 shows how to connect the MS2 in a network containing a common powersupply. Use a cable containing two twisted pairs. One pai

Seite 6

+0=:,74-=,?4:9The zero calibration can be set by applying zero pressure to both the pressure portsand pressing the zero button for 3 seconds. If the

Seite 7

90?:88@94.,?4:9"=:?:.:7!-50.?!A0=A40BThe device supports the following objects0A4.091:=8,?4:9The default device object identifier is 6

Seite 8

;;09/4C$0??49290?:88@94.,?4:9"=:?:.:7$%"//=0>>:1&94?The address assignment is determined by adding th

Seite 9

;;09/4C9,7:29;@?!-50.?"=:;0=?D%,-70"=:;0=?DObject IdentifierObject NameObject TypePresent ValueStatus FlagsEvent StateReliabil

Seite 10 - PoHPoH YY

"=:;0=?DObject IdentifierObject NameObject TypePresent ValueStatus FlagsEvent StateReliabilityOut Of ServiceUnits01,@7?',7@0AV6Flow Area Sq

Seite 11 - UPONUPON RELEASERELEASE

;;09/4C'49,=D',7@0!-50.?"=:;0=?D%,-70"=:;0=?DObject IdentifierObject NameObject TypePresent ValueStatus FlagsEvent State

Seite 12

ZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROZEROSPANSPA NSPANSPA NSPANSPA NSPANSPA NSPANSPA NSPANSPA NSPANSPA NSPANSPA

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Dwyer MS2-B Bedienungsanleitung

Stöbern Sie online oder laden Sie Bedienungsanleitung nach Zubehör für elektrische Dwyer MS2-B herunter. Dwyer MS2-B User Manual Benutzerhandbuch

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