NIICHHOOLL ASS && ASSO CC IIAATTEESS,, INNC.. · SHOP DRAWING TRANSMITTAL TO: Erin Miller PROJECT: 2016 Renovations at GBN/GBS ARCON Associates, Inc. SUBJECT: HVAC Submittals 2050

LETTER OF TRANSMITTAL To: DeKalb Mechanical 339 Wurlitzer Drive DeKalb, IL 60115 WE ARE SENDING YOU: Attached Under Separate Cover via the following items: Shop Drawings Plans Specifications Samples Change Order Copy of Letter Contracts Other Copies Date No. Description

1 06.27.16 230900 Temperature Control Submittal

THESE ARE TRANSMITTED AS CHECKED BELOW: For Approval Approved As Submitted Revise & Resubmit For Your Use Approved As Noted/Note Markings Furnish as Corrected As Requested Returned for Corrections Return Corrected Prints For Review and Comment For Record & Construction For Bids Due

Remarks: Sincerely, Jeff Zurlinden Copy To: File/Field IF ENCLOSURES ARE NOT AS NOTED, PLEASE NOTIFY US IMMEDIATELY.

NNIICCHHOOLLAASS && AASSSSOOCCIIAATTEESS,, IINNCC..

1001 Feehanville Drive Phone 847.394.6200 Mt. Prospect, IL 60056 Fax 847.394.6205

Date: July 19, 2016 Job No. Attn: Kurt Mattson RE: Northfield Township High School District 225 2016 Interior Renovations, Paving & Roofing at Glenbrook North & Glenbrook South High Schools

SHOP DRAWING

TRANSMITTAL

TO: Erin Miller PROJECT: 2016 Renovations at GBN/GBS

ARCON Associates, Inc. SUBJECT: HVAC Submittals

2050 S. Finley Rd, Suite 40 PROJECT #: 1018-y-1

Lombard, IL 60148 DATE: Monday, July 11, 2016

Enclosed please find the following product submittals and/or shop drawings:

No. Section Item Manufacturer Status Notes

-- 230900 Temperature Controls Various NE 1

Notes:

1. See submittal for additional notes.

Status Abbreviations:

NE = No Exceptions Taken

NM = Note Markings or Comments Attached

NMCC = Note Markings/Comments and Confirm

R = Rejected

__________________________

Signed: Keith G. Christian, P.E.

Submittal Transmittal

ARCON Associates, Inc. | 2050 S. Finley Road Suite 40 Lombard, IL 60148

Page 1 of 1

PROJECT: DATE SENT: 7/5/2016SD225 2016 Project Planning15083

RETURN BY: 7/11/2016

SUBJECT: 230900 - Temperature Control Submittal

SUBMITTAL ID: 23 00 00-003

TYPE: Submittal TRANSMITTAL ID: 0129

PURPOSE: For Review VIA: Info Exchange

SPEC SECTION: 23 00 00

FROM

NAME COMPANY EMAIL PHONE

Erin Miller ARCON Associates, Inc. [email protected] 630.495.1900

TO

NAME COMPANY EMAIL PHONE

Jeff Chamberlin 2010 Engineering [email protected] 847.882.2010

Keith Christian 2010 Engineering [email protected] 847.882.2010

REMARKS: The attached submittal is for your review and response. Please let me know if you need anything else.

DESCRIPTION OF CONTENTS

QTY DATED TITLE NUMBER NOTES

1 6/27/2016 230900 - Temperature Control Submittal.pdf

LETTER OF TRANSMITTAL To: Arcon Associates, Inc. 2050 South Finley Road, Suite 40 Lombard, IL 60148 WE ARE SENDING YOU: Attached Under Separate Cover via the following items: Shop Drawings Plans Specifications Samples Change Order Copy of Letter Contracts Other Copies Date No. Description

1 06.27.16 230900 Temperature Control Submittal

THESE ARE TRANSMITTED AS CHECKED BELOW: For Approval Approved As Submitted Resubmit Copies for Approval For Your Use Approved As Noted Furnish as Corrected As Requested Returned for Corrections Return Corrected Prints For Review and Comment For Record & Construction For Bids Due

Remarks: Sincerely, Jeff Zurlinden Copy To: File IF ENCLOSURES ARE NOT AS NOTED, PLEASE NOTIFY US IMMEDIATELY.

NNIICCHHOOLLAASS && AASSSSOOCCIIAATTEESS,, IINNCC..

1001 Feehanville Drive Phone 847.394.6200 Mt. Prospect, IL 60056 Fax 847.394.6205

Date: June 27, 2016 Job No. Attn: Erin Miller RE: Northfield Township High School District 225 2016 Interior Renovations, Paving & Roofing at Glenbrook North & Glenbrook South High Schools

Rev. 6/24/02

TransmittalTo: DeKalb Mechanical Date: Our Job No.

339 Wurlitzer Dr. 6/24/2016 44OP-191622DeKalb, IL 60115 Job Name

Glenbrook North and SouthAttn: Kurt Mattson Your Order No.

WE ARE SENDING YOUHEREWITH

UNDER SEPARATE COVER THE FOLLOWING ITEMS:

SUBMITTALS FOR REVIEW/APPROVAL ENGINEERING COMMENTS

APPROVED SUBMITTALS ORIGINAL DRAWINGS

SUBMITTALS FOR YOUR USE SHOP DRAWINGS

MARKED PLANS & SPECIFICATIONS CHANGE ORDER(S)

CERTIFIED PAYROLL

THESE ARE SUBMITTEDFOR APPROVAL FOR YOUR USE

FOR CORRECTION PLEASE RETURN _1____ APPROVED COPY(S) FOR OUR USE

FOR COMMENTS

DESCRIPTIONIncluded: (1) Electronic copy of DDC Control Submittal for Glenbrook North and South 2016 Summer WorkIN ORDER TO PREPARE THE SUBMITTAL WE NEED THE FOLLOWING INFORMATION AS CHECKED BELOW

ARCHITECTURAL PLANS ELECTRICAL HEATING COIL WIRING

MECHANICAL PLANS CHILLER WIRING

ELECTRICAL PLANS TERMINAL UNIT CUT SHEETS

MECHANICAL SPECIFICATIONS HUMIDIFIER CUT SHEETS

ELECTRICAL SPECIFICATIONS DX COIL WIRING

BOILER WIRING COMPLETE SET(S) OF PLANS & SPECS.

PLEASE BE ADVISED THAT WE MUST HAVE THIS INFORMATION BEFORE WORK CAN BEGIN ON YOUR SUBMITTALREMARKS

PLEASE ADDRESS YOUR REMARKS TO: ATTENTION:Siemens Building Technologies, Inc. Joe Benedetto585 Slawin Ct. TELEPHONE NO:

Mount Prospect, IL 60056 (847) 493-7810

Lisa

MP Submittal Stamp

Lisa

Typewritten Text

06.27.16 JZ

Lisa

Typewritten Text

X

Lisa

Typewritten Text

SD 225 - 2016 Work

Lisa

Typewritten Text

230900

Lisa

Typewritten Text

Temperature Control Submittal

Lisa

Typewritten Text

07.19.16 JZ

SIEMENS

Siemens Industry, Inc.

Building Technologies585 Slawin Court

Mount Prospect, IL 60056

Phone: 847.803.2700

Fax: 847.803.2733

For Information Contact:

Joe Benedetto

Submittal Date:

6/24/2016

Revision Number:

Revision Date:

Building Automation Submittal For

Glenbrook North and South

2016 Summer Work

Siemens Job Number

44OP-191622

Engineer:

20/10 Engineering Group

Contractor:

DeKalb Mechanical

Parts Sales: 847-803-2700

Service: 800-339-7800

� � � � � � � � � � � � � � �� ! � " � � # $ % & � ' �

Siemens Industry, Inc.Building Technologies

Job Number: 44OP-191622Glenbrook North and South 2016 Summ

GENERAL NOTES

REPORTS AND SCHEDULESPoints Report

Table of Contents

NUMBER DRAWING NAME NUMBER DRAWING NAME0000 Riser Diagram

Bill of Material / Sequence of Operation

0001 Riser DiagramSystem Schematic

0002 Power Roof Vent Exhaust Fan w/ S/SBill of Material / Sequence of Operation

0003 Power Roof Vent Exhaust Fan w/ S/SSystem Schematic

0004 Power Roof Vent Exhaust Fan w/ S/SBill of Material / Sequence of Operation

0005 Power Roof Vent Exhaust Fan w/ S/SSystem Schematic

0006 Duct Mounted Exhaust Fan w/ S/S &Bill of Material / Sequence of Operation

0007 Duct Mounted Exhaust Fan w/ S/S &System Schematic

C01 PXCC05Controller Layout

C01A EF PPM

Friday, June 24, 2016 Page 1 of 1

Point Name Type Address

Point Summary 06/24/16Revision Date:

Job Name:Job Number:

Glenbrook N and S 2016191622

Building Technologies

Field Panel Name Slope Intercept

Submittal Date: 04/15/16

Page: 1

Siemens Industry Inc.

FunctionDescription

GBN.EFB100.1.SS N/A N/AEX FAN SS GBN.PXCC05L2SL Proof 1.0.2

GBN.EFB100.1.SS N/A N/AEX FAN SS GBN.PXCC05L2SL On/Off 1.0.5

GBN.EFB100.2.SS N/A N/AEX FAN SS GBN.PXCC05L2SL On/Off 1.0.6

GBN.EFB100.2.SS N/A N/AEX FAN SS GBN.PXCC05L2SL Proof 1.0.3

GBN.RT1N.HWC.DAT 1.00000000 -0.7048080HW COIL DA TEMP GBN.PXCC05LAI Value 0.0.7

GBN.RT1N.HWC.FTR 0.00032600 0.00000000FIN TUBES GBN.PXCC05LAO Value 0.0.15

GBN.RT1N.HWC.HCV 0.00032600 0.00000000HW VALVE GBN.PXCC05LAO Value 0.0.17

GBN.RT1N.HWC.LTD N/A N/AHWC LOW TEMP GBN.PXCC05LDI Status 0.0.1

GBN.RT1N.HWC.RMT 1.00000000 0.00000000B100 ROOM TEMP GBN.PXCC05LAI Value 0.0.10

GBN.RT1N.OS N/A N/AOVRD SWITCH GBN.PXCC05LDI Status 0.0.13

GBN.RT1N.SS N/A N/ARTU 1N S/S GBN.PXCC05LDO On/Off 0.0.20


GBN.RT2N.HWC.FTR 0.00032600 0.00000000B102 N WALL RAD GBN.PXCC05LAO Value 0.0.16



GBN.RT2N.HWC.RMT 1.00000000 0.00000000B102 ROOM TEMP GBN.PXCC05LAI Value 0.0.11



GBN.RT3N.EF8N.SS N/A N/AEF 8N S/S GBN.PXCC05LDO On/Off 0.0.23

GBN.RT3N.EF8N.STS N/A N/AEF 8N STATUS GBN.PXCC05LDI Status 0.0.5




GBN.RT3N.HWC.RMT 1.00000000 0.00000000C106 ROOM TEMP GBN.PXCC05LAI Value 0.0.12

GBN.RT3N.KE1N.STA N/A N/AKE1N HOME EC EX GBN.PXCC05LDI Status 0.0.4



CHECKED BYDRAFTER LAST EDIT DATEINITIAL RELEASE

c COPYRIGHT

ENGINEER


,

191622

Riser Diagram

0

0000J:\JOBS\191622\MDT\RISER-K00.DWG

JAB JAB TK 04/15/16 06/22/16Siemens Industry Inc.


Building Tech Division585 Slawin Court

Mount ProspectIL 60056 United States

Phone: 847-803-2700

Fax: 847-803-2733

Siemens Industry Inc. All Rights Reserved1994-16

REVISION HISTORY

Control Qty Product Number Manufacturer Document Description

Device Number

Field Mounted Devices

MEC 50 1 EXISTING N/A N/A EXISTING PART TO REMAIN

PNL 1-2 2 EXISTING N/A N/A EXISTING PART TO REMAIN

PPM 1 1 PPM-1U32.BPR SIEMENS 149 220 POINT PICKUP MOD, BACNET, 3DI, 1UI, 2DO

PXCC 1 1 EXISTING N/A N/A EXISTING PART TO REMAIN

SB 1-2 2 EXISTING N/A N/A EXISTING PART TO REMAIN


c COPYRIGHT

ENGINEER

Glenbrook N and S 2016 191622

Riser Diagram

0

0001J:\JOBS\191622\MDT\RISER.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

PNL 1-

120 VAC

SB 1-

PXCC 1-

POINT PICKUP MODULE TO BE TIED ONTO

MS/TP FLN FROM PXCC05 IN ROOM B100.1

2 EXISTING CONTROLLER

LEGEND:

TCP/IP ETHERNET

BACNET MSTP/RS-485 FLN

3-WIRE POWER

(24V~, , )

2-WIRE POWER

(24V~, , )

GLENBROOK NORTH

GLENBROOK SOUTH

PPM 1-

GBN.PXCC050001

0001 PANEL LOCATION: CLASSROOM B100

SERVES: RT1, RT2, RT3, EFB100.1, EFB100.2BACNET INSTANCE NO: 7005

BACnet

MS/TPFLN

TO NEAREST ETHERNET DROP2

1EF B100.1

EF B100.2

PNL 2-

120 VAC

SB 2-

GBS.MEC500002

0001 PANEL LOCATION: ROOM 247

SERVES: AH7

BACNET INSTANCE NO:

APOGEE Automation

MEC 50-

2

3 EF 118 POINTS TO BE CONNECTED

TO EXISTING MEC ON SECOND FLOOR.

INSTALLATION NOTES:

3


c COPYRIGHT

ENGINEER


,

191622

Power Roof Vent Exhaust Fan w/ S/S

0

0002J:\JOBS\191622\MDT\EF B100.1-K00.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY


Device Number


AE 1 1 GCA226.1U SIEMENS 154 001 ACT 2P SR, 115V, ES

CS 1 1 H608 VERIS 1006cut016 CURR SW SPLTCOR-ADJ SETPT W/LED

RE 1 1 RIBU1C FUNCTIONAL DEVICES 1208cut013 RELAY 120VAC 24VAC/DC SPDT

The space served by the power roof vent exhaust fan is controlled in Occupied and Unoccupied modes as follows:

Occupied

The DDC system opens the exhaust damper and turns on the exhaust fan.

Unoccupied

The exhaust fan is off.

The DDC system uses a current switch to monitor the exhaust fan status.

D 1

NC

-

SQB

0

10

AE 1

120 VOLTS

-

2

1

2

EXISTING TRANSFORMER LOCATED

DAMPER & DAMPER MOTOR PROVIDED

EF-B100.1 EXHAUST FAN

0003 LOCATION: ROOF

SERVES: TAX4 TABLE

EXHAUST FAN WIRING DIAGRAM

0003

GBN.EFB100.1.SS

0001:1.0.2

ON/OFFÈ

C

NC

NO

RE-1

R

1

CONTROLLER

3

TRANSFORMER

FROM EXISTING

24 VAC

B

A

M

AE-1

1 2

S1S2

S3

S4S5

S6

RE 1

GBN.EFB100.1.SS (ON/OFF)0001:1.0.5

DETAIL B

-

È

AT CONTROLLER.

RELAY LOCATED AT FAN STARTER.3

CS 1

GBN.EFB100.1.SS (PROOF)0001:1.0.2

DETAIL E

-

È

GBN.EFB100.1.SS

0001:1.0.5

PROOFÈ

+

-

M

L3L2L1

CS-1

BY OTHERS.


c COPYRIGHT

ENGINEER


Power Roof Vent Exhaust Fan w/ S/S 0003J:\JOBS\191622\MDT\EF B100.1.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

INSTALLATION NOTES:

0001 GBN.PXCC05 GBN.PXCC05

REF# FIELD PANEL NAME FIELD PANEL NODE NAME

MSS

MS

120 VAC

H NEF-B100.1


c COPYRIGHT

ENGINEER


,

191622

Power Roof Vent Exhaust Fan w/ S/S

0

0004J:\JOBS\191622\MDT\EF B100.2-K00.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY


Device Number



CSR 1 1 RIBT24SB FUNCTIONAL DEVICES 1208cut102 RELAY 20A SPST+ HOA 24V, HI/LO SEP

Panel Mounted Devices

SW 1 1 1201-PLR LEVITON 1201-PLR WALL SWITCH, 1-POLE, MAINTAINED, RED

The space served by the power roof vent exhaust fan is controlled in Occupied and Unoccupied modes as follows:

Occupied


Unoccupied



D 1

NC

-

SQB

0

10

AE 1

120 VOLTS

-

2

1

2

EXISTING TRANSFORMER LOCATED

DAMPER PROVIDED BY OTHERS.

EF-B100.2 EXHAUST FAN

LOCATION: ROOF

SERVES: LASER ENGRAVER


CONTROLLER

B

A

M

AE-1

1 2

S1S2

S3

S4S5

S6

CSR 1

GBN.EFB100.2.SS (ON/OFF)0001:1.0.6

DETAIL B

-

È

AT CONTROLLER.


CSR 1

GBN.EFB100.2.SS (PROOF)0001:1.0.3

DETAIL E

-

È

GBN.EFB100.2.SS

0001:1.0.3

PROOFÈ

+

-


c COPYRIGHT

ENGINEER


Power Roof Vent Exhaust Fan w/ S/S 0005J:\JOBS\191622\MDT\EF B100.2.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

INSTALLATION NOTES:

ON

OFF

MSS

MS

120 VAC

H N

24VAC/DC

CS STATUS

AUTO

OPEN

CLOSED

JUMPER

SELECT

C

COM

NO

VAC

-CSR

24

1

EF-B100.2

GBN.EFB100.2.SS

0001:1.0.6

ON/OFFÈ

C

NC

NO

1TRANSFORMER

FROM EXISTING

24 VAC

0001 GBN.PXCC05 GBN.PXCC05

REF# FIELD PANEL NAME FIELD PANEL NODE NAME


c COPYRIGHT

ENGINEER


,

191622

Duct Mounted Exhaust Fan w/ S/S &

0

0006J:\JOBS\191622\MDT\EF 118-K00.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY


Device Number



CSR 1 1 RIBT24SB FUNCTIONAL DEVICES 1208cut102 RELAY 20A SPST+ HOA 24V, HI/LO SEP

Panel Mounted Devices

SW 1 1 1201-PLR LEVITON 1201-PLR WALL SWITCH, 1-POLE, MAINTAINED, RED

The space served by the duct exhaust fan is controlled in Occupied and Unoccupied modes as follows:

Occupied


Unoccupied



SQB

0

10

AE 1

120 VOLTS

-

EF 118 DUCT EXHAUST FAN

LOCATION: PHOTO 118

SERVES: PHOTO PROCESSING

EAEF- 118

1500 CFM

0.5 HP


CSR 1

GBS.EF118.SS (ON/OFF)0 00 0 00 00

DETAIL B

-

È


2 EXISTING TRANSFORMER LOCATED

AT CONTROLLER.

CSR 1

GBS.EF118.SS (PROOF)0 00 0 00

DETAIL E

-

È

D 1

NC

-


c COPYRIGHT

ENGINEER


Duct Mounted Exhaust Fan w/ S/S &0007

J:\JOBS\191622\MDT\EF 118.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

INSTALLATION NOTES:

CONTROLLER

B

A

M

AE-1

1 2

S1S2

S3

S4S5

S6

GBS.EF118.SS

0001:1.0.3

PROOFÈ

+

-

ON

OFF

MSS

MS

120 VAC

H N

24VAC/DC

CS STATUS

AUTO

OPEN

CLOSED

JUMPER

SELECT

C

COM

NO

VAC

-CSR

24

1

EF-118

GBS.EF118.SS

0001:1.0.6

ON/OFFÈ

C

NC

NO

1TRANSFORMER

FROM EXISTING

24 VAC


c COPYRIGHT

ENGINEER


PXCC05 C01J:\JOBS\191622\MDT\GBN.PXCC05.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

39

40

38

37

57

55

56

54

53

27

25

26

3

1

2

6

5

4

USB

30

28

29

33

31

32

36

34

35

~24V

9

8

7

12

11

10

43

41

42

46

44

45

49

47

48

52

50

51

15

14

13

18

17

16

24VDC

-

-

24VDC

HMI

UI125

26-

GBN.RT1N.HWC.LTD

0.0.1

LDI STATUS

HWC LOW TEMP

UI227

26-

GBN.RT2N.HWC.LTD

0.0.2

LDI STATUS

HWC LOW TEMP

UI328

29-

GBN.RT3N.HWC.LTD

0.0.3

LDI STATUS

HWC LOW TEMP

U430

29-

GBN.RT3N.KE1N.STA

0.0.4

LDI STATUS

KE1N HOME EC EX

U531

32-

GBN.RT3N.EF8N.STS

0.0.5

LDI STATUS

EF 8N STATUS

U633

32-

GBN.RT3N.OS

0.0.6

LDI STATUS

OVRD SWITCH

U734

35-

GBN.RT1N.HWC.DAT

0.0.7

LAI VALUE RTD385

HW COIL DA TEMP

U836

35-

GBN.RT2N.HWC.DAT

0.0.8

LAI VALUE RTD385

HW COIL DA TEMP

U941

42-

GBN.RT3N.HWC.DAT

0.0.9

LAI VALUE RTD385

HW COIL DA TEMP

U1043

42-

GBN.RT1N.HWC.RMT

0.0.10

LAI VALUE RTD

B100 ROOM TEMP

U1144

45-

GBN.RT2N.HWC.RMT

0.0.11

LAI VALUE RTD

B102 ROOM TEMP

U1246

45-

GBN.RT3N.HWC.RMT

0.0.12

LAI VALUE RTD

C106 ROOM TEMP

SU1347

48-

GBN.RT1N.OS

0.0.13

LDI STATUS

OVRD SWITCH

SU1449

48-

GBN.RT2N.OS

0.0.14

LDI STATUS

OVRD SWITCH

SU1550

51-

GBN.RT1N.HWC.FTR

0.0.15

LAO VALUE VOLTAGE

FIN TUBES

SU1652

51-

GBN.RT2N.HWC.FTR

0.0.16

LAO VALUE VOLTAGE

B102 N WALL RAD

AO1753

54-

GBN.RT1N.HWC.HCV

0.0.17

LAO VALUE VOLTAGE

HW VALVE

AO1855

56-

GBN.RT2N.HWC.HCV

0.0.18

LAO VALUE VOLTAGE

HW VALVE

AO1957

56-

GBN.RT3N.HWC.HCV

0.0.19

LAO VALUE VOLTAGE

HW VALVE

DO20 4NC

5C

6NO

GBN.RT1N.SS

0.0.20

LDO ON/OFF

RTU 1N S/S

DO21 7NC

8C

9NO

GBN.RT2N.SS

0.0.21

LDO ON/OFF

RTU 2N S/S

DO22 10NC

11C

12NO

GBN.RT3N.SS

0.0.22

LDO ON/OFF

RTU 3N S/S

DO23 13NC

14C

15NO

GBN.RT3N.EF8N.SS

0.0.23

LDO ON/OFF

EF 8N S/S

DO24 16NC

17C

18NO

0.0.24

RUN

FAULT

LOW BATT

SIEMEN

S

COMM

RS-485TX

RS-485RX

PXCC24

-PXCC 000


c COPYRIGHT

ENGINEER


EF PPM C01AJ:\JOBS\191622\MDT\PXCC05_PPM.DWG





Phone: 847-803-2700

Fax: 847-803-2733


REVISION HISTORY

COM

COM

DCOM2

-

+

DI1GBN.EFB100.1.SS

1.0.2

L2SL PROOF

EX FAN SS

CS 1

EF B100.1

DI2GBN.EFB100.2.SS

1.0.3

L2SL PROOF

EX FAN SS

EF B100.2

DI3 1.0.4

DO2 GBN.EFB100.2.SS

1.0.6

L2SL ON/OFF

EX FAN SS

EF B100.2

24V~

-|

DCOM1

DO1GBN.EFB100.1.SS

1.0.5

L2SL ON/OFF

EX FAN SS

RE 5

EF B100.1

43

12

87

56

ON

DIP

MAC Address

910

Baud

Rate

Í

Í

9600

Í

Í

19200

Í

Í

38400

Í

Í

76800

128

12

48

16

32

64

Í

Í

Í

Í

0

Í

Í

Í

Í

Í

Í

9600

UI1 1.0.1

-PPM 1000

Job Number: 44OP-191622Glenbrook North and South 2016 Summ

Cutsheet IndexSiemens Industry, Inc.Building Technologies

MANUFACTURER: FUNCTIONAL DEVICESPART NUMBER DESCRIPTION CUTSHEETRIBT24SB RELAY 20A SPST+ HOA 24V, HI/LO SEP 1208cut102RIBU1C RELAY 120VAC 24VAC/DC SPDT 1208cut013

MANUFACTURER: LEVITONPART NUMBER DESCRIPTION CUTSHEET1201-PLR WALL SWITCH, 1-POLE, MAINTAINED, RED 1201-PLR

MANUFACTURER: SIEMENSPART NUMBER DESCRIPTION CUTSHEETGCA226.1U ACT 2P SR, 115V, ES 154 001PPM-1U32.BPR POINT PICKUP MOD, BACNET, 3DI, 1UI, 2DO 149 220

MANUFACTURER: VERISPART NUMBER DESCRIPTION CUTSHEETH608 CURR SW SPLTCOR-ADJ SETPT W/LED 1006cut016

Friday, June 24, 2016 Page 1 of 1

NOTES:

Functional Devices, Inc.310 South Union StreetP.O. Box 368 Russiaville, IN 46979-0368

Office: (765) 883-5538 Orders: (800) 888-5538

Fax: (765) 883-7505http://www.functionaldevices.com

[email protected]

RIBRelay In A Box

®

®

Model RIBT24SB COIL CURRENT

CONTACT RATINGS

Coil Voltage Input# Relays & Contact Type

Expected Relay LifeOperating Temperature

Relay StatusDimensions

Wire LengthApprovals

Housing RatingGold Flash

Override Switch

24 Vac / dc; 50-60 HzOne (1) SPST10 million cycles minimum mechanical-30 to 140° FLED On = Activated4” x 4” x 1.8” with 1/2” NPT nipple16”UL Listed, UL916, UL864, C-UL CanadaCalifornia State Fire MarshalPlenum, NEMA 1NoYes

20 Amp resistive1 HP2 HP20 Amp Ballast N.O.10 Amp Ballast N.C.10 Amp Tungsten N.O.770 VA Pilot Duty1,110 VA Pilot Duty

277 Vac120 Vac277 Vac120/277 Vac120/277 Vac120 Vac120 Vac277 Vac

45 mA @ 18 Vac75 mA @ 24 VacEnclosed Relay Hi/Low sep 20Amp SPST + Override 24Vac/dc 30 mA @ 22 Vdc

32 mA @ 24 Vdc42 mA @ 30 Vdc

DROP OUT = 2.1 Vac / 3.8 VdcPULL IN = 18 Vac / 22 Vdc

CLOSEDOPENAUTO

ORANGE

ORANGE

NOTE: Normally open ornormally closed selected byyellow jumper wire

CONTACT OUTPUTCONTROL INPUT

24 Vac/dc

Common

Shown without cover

Functional Devices, Inc. A538C 10/1/01

MADE IN U.S.A.

* * * * * ** * * * ** * * * * ** * * * ** * * * * ** * * * ** * * * * ** * * * ** * * * * *

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NOTES:

Functional Devices, Inc. - Manufacturing quality products in the USA since 1969.

Office (765) 883-5538 Orders (800) 888-5538 Fax (765) 883-7505http://www.functionaldevices.com

RIB®

Devices, Inc.Functional 310 South Union Street

P.O. Box 368Russiaville, Indiana46979-0368

NOTES

RIBU1C

F u n c t i o n a l D e v i c e s , I n c . A 6 0 0 B 2 0 0 4

# Relays & Contact Type:Expected Relay Life:

Operating Temperature:Operate Time:Relay Status:

Dimensions:Wires:

Approvals:

Housing Rating:Gold Flash:

Override Switch:

One (1) SPDT Continuous Duty Coil10 million cycles minimum mechanical-30 to 140° F20mSLED On = Activated1.7” x 2.8” x 1.5” with 1/2” NPT nipple16”, 600V RatedUL Listed, UL916, UL864, C-UL CanadaCalifornia State Fire MarshalPlenum, NEMA 1YesNo

10 Amp resistive10 Amp resistive480 VA Pilot Duty480 VA Ballast600 Watt Tungsten240 Watt Tungsten1/3 HP for N.O.1/6 HP for N.C.1/4 HP for N.O.1/8 HP for N.C.

120-277 Vac28 Vdc240-277 Vac277 Vac120 Vac N.O.120 Vac N.C.120-240 Vac120-240 Vac277 Vac277 Vac

COIL CURRENT

COIL VOLTAGE INPUT

CONTACT RATINGS

30 mA @ 10 Vac32 mA @ 12 Vac42 mA @ 24 Vac50 mA @ 30 Vac

25 mA @ 120 Vac

12 mA @ 10 Vdc 14 mA @ 12 Vdc16 mA @ 24 Vdc18 mA @ 30 Vdc

10-30 Vac/dc, 120 Vac; 50-60 HzDROP OUT = 2.1 Vac / 2.8 Vdc

PULL IN = 9 Vac / 10 Vdc

GENERAL SPECIFICATIONS

Enclosed Relay 10 Amp SPDT with 10-30 Vac/dc/120 Vac Coil

MADE IN U.S.A.

* * * * * ** * * * ** * * * * ** * * * ** * * * * ** * * * ** * * * * ** * * * ** * * * * *

Wht/Blk120 Vac

Wht/Blu10-30 Vac/dc

Wht/YelComm

BluN/C

YelComm

OrgN/O

• Can be ordered in a NEMA 4 enclosure byadding “-N4” to the end of the model number.

• Can be ordered in a red enclosure byadding “-RD” to the end of the model number.

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A5

Indu

stri

al G

rade

Pilo

t Li

ght

and

Ligh

ted

Han

dle

AC

Swit

ches

15, 20 & 30A 120/277V ACIndustrial Grade, Back & Side Wired

Pilot LightIlluminated when load is ON. Requires neutral wire.

15 AMP 120V

20 AMP 120V

30 AMP 120V

0.57 (14.6 mm)

ON

OFF

ON

OFF

2.38

(60.

3mm

)

1.31 (33.3 mm)

1.03 (26.1 mm)

3.28

(83.

3 m

m)

2.12

(53.

9 m

m)

4.06

(103

.2 m

m)

SINGLE POLE 3-WAY

3.28

(83.

3 m

m)

2.37

(60.

3 m

m)

4.06

(103

.2 m

m)

1.31 (33.3 mm) 0.57 (14.6 mm)

2.12

(53.

9 m

m)

1.03 (26.1 mm)

30 AMP 277V

Lighted Handle Illuminated when load is OFF. Does not require neutral wire.

10 YEAR LIMITED

15 AMP 120V

20 AMP 120V

30 AMP 120V

30 AMP 277V

To learn more about Leviton devices or for answers to technical questions call our Techline at 1-800-824-3005 or visit us at: � www.leviton.com

1201-PLG 1203-PLC 3031-LHI

ENVIRONMENTALFLAMMABILITY OPERATING TEMP.

Rated V2 per UL94 -40�C to 65�CUL20/Fed Spec 50,000 cycles min.,tungsten filament lamp load (Fed.Spec.) WS896E, SP, DP, 3-way,

4-way, Pilot Light, Illum., Key Lock CSAC22.2

No. 111

STANDARDS & CERTIFICATIONNEMA ANSI UL UL Fed NOMWD1 Spec &WD6 C-73 20 WS896E

� � #E7458 #E7458 #152105 #057

MECHANICALTERMINAL I.D. TERMINAL ACCOMM. PRODUCT I.D. TORQUE RANGE

Brass-Hot, Black-Hot, #14-#10 AWG back wired Ratings are permanently 12-14 inch poundsWhite-Neutral, Green-Grounding #14-#12 AWG side wired stamped on device strap

ELECTRICALDIELECTRIC OVERLOAD TEMP. ENDURANCEVOLTAGE UL 20 TEST RISE

Withstands 100 cycles of overload 30� C max 1500V at 4.8 times rated at full rated

for 1min current current

AC HORSEPOWER RATINGS15 AMP 20 AMP 30 AMP

1/2 @120V 1@120V 2 @120V2 @240V 2@240V 2@240V2 @277V 2@277V 2@277V

12 AMP MAX 16 AMP MAX 24 AMP MAX

NYLON WALLPLATES 302 STAINLESS STEEL WALLPLATES

FOR ADDITIONAL WALLPLATE OPTIONS SEE SECTION Q

80701-I 80709-I 80711-I 80707-I 84001-40 84009-40 84011-40 84001-E40

EMERGENCY

20 AMP 277V 20 AMP 277V

TOGGLE SINGLE-POLE 2-WAY 3-WAYCOLOR TOGGLE TOGGLE TOGGLE

Clear 1201-PLC 1202-PLC 1203-PLCRed 1201-PLR 1202-PLR 1203-PLRGreen 1201-PLG 1202-PLG 1203-PLG

Clear 1221-PLC 1222-PLC 1223-PLCRed 1221-PLR 1222-PLR 1223-PLRGreen 1221-PLG 1222-PLG 1223-PLG

Clear 1221-7PC – –Red 1221-7PR 1222-7PR 1223-7PR

Clear 3031-PLC 3032-PLC –Red 3031-PLR 3032-PLR –Green 3031-PLG – –

Clear 1221-7PLC 1222-7PLC –Red 1221-7PLR 1222-7PLR –Green 1221-7PLG 1222-7PLG –

TOGGLE SINGLE-POLE 3-WAYCOLOR TOGGLE TOGGLE

Clear 1201-LHC –Ivory 1201-LHI –White 1201-LHW 1203-LHW

Clear 1221-LHC –Ivory 1221-LHI –White 1221-LHW 1223-LHW

Clear 1221-7LC 1223-7LCIvory 1221-7LI 1223-7LIWhite 1221-7LW 1223-7LW

Clear 3031-LHC –Ivory 3031-LHI –White 3031-LHW –

Clear 1221-7LHC –Ivory 1221-7LHI –White 1221-7LHW –

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SCREW HEAD TYPES

COMPONENT DESCRIPTIONStrap .048” Thick Galvanized SteelBase ThermoplasticToggle ThermoplasticToggle (lighted handle & pilot light) PolycarbonateCover ThermosetDome (locking switch) NylonContacts .031" Thick Silver Cadmium OxideTerminal Screws #8–32 Brass Slotted; Undercut

Binding Head DesignAssembly Two Rolled Eyelets

A2

AC Sw

itch FeaturesAC Switch Features

Color-coded covers:15 Amp-blue;20 Amp-red;30 Amp-green

Fully enclosed switch mechanismin rugged thermoplastic housingfor strength, tracking and arc resistance

Heavy gauge, anti-corrosive mounting strap with steel groundingscrew & self-grounding clip

Large silver-cadmiumoxide contacts for long life,prevent sticking, welding and excessive pitting

Heavy-gauge copper alloy, one-piececontact and toggle cam arm providessmooth, firm toggle action for “fast-make” and “slow-break” operation

Deep wire wells for backwiring accept up to #10 copper and copper clad wire

Shallow 3/4” deep body formore wall box room

Large head, double-drivecombination screws forspeedy wiring and installation

Clamp-type terminals forsecure connection of solid or stranded wire

Thermoplastic toggle has high-impact strengthand withstands elevatedoperating temperatures

Virtually unbreakable thermoplastic toggle is ideal for

high-abuse applications.

High-performance silver-cadmiumoxide contacts minimize wear

and erosion.

High-conductive brass terminal screws improve

current flow.

Dual ground integrated strapincludes a ground screw and

self-grounding clip.

Molded-in stripgauge

Break-off plaster ears for useas shims

To learn more about Leviton devices or for answers to technical questions call our Techline at 1-800-824-3005 or visit us at: � www.leviton.com

STANDARDS & CERTIFICATIONSNEMA ANSI UL UL Fed Spec CSA NOM

WD1&WD6 C-73 20 Listed WS896E C22.2No.111

� � #E7458 #E7458 #152105 #057

10 YEAR LIMITED

SINGLE DRIVE DOUBLE DRIVE

UL 20 Listed Federal Specification WS-896E ListedCSA Specification C22.2 No. 111 Certified

COLOR CODING SYSTEM

15 AMP 20 AMP 30 AMP

OpenAir™

Technical Instructions Document No. 155-173P25

EA GCA-1 June 22, 2015

GCA Series Spring Return 160 lb-in Electronic Damper Actuators


Description The OpenAir 24 Vac/dc spring return 160 lb-in (18 Nm) electronic actuator is designed for digital or analog control of building HVAC dampers.

Features • Brushless DC motor technology with stall protection

• Bi-directional fail-safe spring return

• Patented self-centering shaft coupling

• Manual override

• 160 lb-in (18 Nm) torque

• 5° preload as shipped from factory

• Offset and span adjustment models available

• Models with independently adjustable dual auxiliary switches available

• UL and cUL listed; certified

Application These actuators are designed for use in constant or variable air volume installations for the control of return air, mixed air, exhaust, and face and bypass dampers requiring up to 160 lb-in (18 Nm) torque. They are designed for applications that require the damper to return to a fail-safe position when there is a power failure.

Technical Instructions OpenAir™ GCA Series Spring Return 160 lb-in Electronic Damper Actuator Document No. 155-173P25 June 22, 2015

Page 2 Siemens Industry, Inc.

Product Numbers

Table 1. Operating

Voltage Control Cables Built-in Control Options

Product Number

24 V

ac ±

20%

24 V

dc ±

10%

120

Vac

± 10

%

0 to

10

Vdc

2 to

10

Vdc

or

0 to

10

Vdc

Floa

ting

2-po

sitio

n

Stan

dard

Plen

um

Posi

tion

Feed

back

D

ual A

uxili

ary

Switc

hes

Sign

al In

vers

ion

Offs

et 0

to 5

Vdc

Sp

an 2

to 3

0 Vd

c

GCA121.1U ● ● ● ● GCA121.1P ● ● ● ● GCA126.1U ● ● ● ● ● GCA126.1P ● ● ● ● ● GCA221.1U ● ● ● GCA226.1U ● ● ● ● GCA131.1U ● ● ● ● GCA131.1P ● ● ● ● GCA132.1U ● ● ● ● ● GCA136.1U ● ● ● ● ● GCA136.1P ● ● ● ● ● GCA151.1U ● ● ● ● ● ● GCA151.1P ● ● ● ● ● ● GCA156.1U ● ● ● ● ● ● ● GCA156.1P ● ● ● ● ● ● ● GCA161.1U ● ● ● ● ● GCA161.1P ● ● ● ● ● GCA163.1U ● ● ● ● ● ● GCA163.1P ● ● ● ● ● ● GCA164.1U ● ● ● ● ● ● ● GCA164.1P ● ● ● ● ● ● ● GCA166.1U ● ● ● ● ● ● GCA166.1P ● ● ● ● ● ●

Warning/Caution Notations

WARNING:

Personal injury/loss of life may occur if you do not perform a procedure as specified.

CAUTION:

Equipment damage may occur if you do not perform a procedure as specified.

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OpenAir™ GCA Series Spring Return 160 lb-in Electronic Damper Actuator Technical Instructions Document No. 155-173P25 June 22, 2015

Siemens Industry, Inc. Page 3

Specifications

Ambient Conditions

Ambient temperature operation -25°F to 130°F (-32°C to 55°C) storage and transport -40°F to 158°F (-40°C to 70°C) Ambient humidity (non-condensing) 95% rh

Agency Certification

Conformity

UL listed to UL60730 (to replace UL873) cUL certified to Canadian Standard C22.2 No. 24-93 Electromagnetic compatibility (EMC) 2004/108/EC Immunity for all models, except GCA132.xx EN61000-6-2 Immunity for GCA132.xx EN61000-6-1 Emissions for all models EN61000-6-3

Power Supply

GCA16x GCA15x GCA13x GCA12x GCA22x

24 Vac ± 20% 24 Vdc ± 10%

24 Vac ± 20% 24 Vdc ± 10%

24 Vac± 20% 24 Vdc ± 10%

24 Vac ± 20% 24 Vdc ± 10%

120 Vac ± 10% —

Frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz Power Consumption running 7 VA/5W 7 VA/5W 7 VA/5W 7 VA/5W 8 VA holding 5 VA/3W 5 VA/3W 5 VA/3W 5 VA/3W 6 VA

Control Signal GCA16x GCA15x GCA13x GCA12x GCA22x Input Signal (Y–G0) voltage input

0 to 10 Vdc (max. 35 Vdc)

0 to 10 Vdc or 2 to 10 Vdc (max. 35 Vdc)

Floating 2-Position 2-Position

input resistance >100K ohms >100K ohms — — —

Feedback Signal

GCA16x GCA15x GCA13x GCA12X GCA22x Position output signal (U-G0) voltage output

0 to 10 Vdc 0 to 10 Vdc 0 to 1000 ohms <10 Ma (GCA 132x only) Load <1W

— —

maximum output current

±1 mA +1 mA, -.5 mA

— — —

Function Running/spring return torque Operating with 24 Vac 160 lb-in (18 Nm) Maximum torque <360 lb-in (40 Nm) Runtime for 90° operating with motor 90 sec closing (on power loss) with spring return 15 seconds typical NOTE: At -25°F, spring return is 142 lb-in (16 Nm).

Equipment rating Class 2, in accordance with UL/CSA

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Specifications, Continued

Mounting

Nominal angle of rotation 90° Maximum angular rotation 95° Shaft size 3/8-inch to 1-inch (8 mm to 25.6 mm) diameter 1/4-inch to 5/8-inch (6 to 18 mm) square Minimum shaft length 3/4-inch (20 mm)

Auxiliary features Control signal adjustment Offset (start point) 0 Vdc to 5 Vdc Factory setting 0 Vdc Span 2 Vdc to 30 Vdc

Dual auxiliary switches AC rating (Standard cable) 24 Vac to 250 Vac AC 6A resistive AC 2A FLA, 12 LRA AC rating (Plenum cable) 24 Vac AC 4A resistive AC 2A, FLA, 12 LRA DC rating (Standard/Plenum cable) 12 Vdc to 30 Vdc DC 2A Switch Range Switch A 0 to 90° with 5° intervals Recommended range usage 0 to 45° Factory setting 5° Switch B 0 to 90° with 5° intervals Recommended range usage 45° to 90° Factory setting 85° Switching hysteresis 2°

WARNING: Apply only AC-line voltage from the same phase or only UL-Class 2 voltage to the switching outputs of both auxiliary switches A and B. Mixed operation is not permissible.

NOTE: With plenum cables, only UL-Class 2 voltage is permitted.

Housing Enclosure NEMA 2, IP54 per EN 60 529 in vertical to horizontal 90° See Figure 17. NEMA 3R rated when installed with ASK75.1U Weather Shield in the vertical position. See Figure 18. See Accessories, Figure 9. Material Die-cast aluminum alloy Gear lubrication Silicone-free



Miscellaneous Pre-cabled connection 18 AWG

Cable length 3 feet (0.9 m) Noise level <45 dBA (running) Life cycle Designed for over 60,000 full strokes and a minimum of 1.5 million repositions at rated torque and temperature. Dimensions See Figure 31. Weight 4.85 lb (2.2 kg)

Actuator Components

Figure 1. Modulating GCA Actuator.

NOTE: Not all features are on all models. See Table 1 for a listing of features per model.

Legend

1. Positioning scale for angle of rotation

2. Manual override wrench opening and direction of rotation arrow

3. DIP switches

4. Span adjustment

5. Offset (start point) adjustment

6. Gear train lock pin

7. Auxiliary switch B

8. Auxiliary switch A

9. Position indicator

10. Self-centering shaft adapter

11. Shaft adapter locking clip

12. Position indicator adapter

13. Mounting bracket

14. Connection cables



Accessories NOTE: The control signal adjustment cannot be added in the field. Order the product number that includes the option(s).

Figure 2. Floor Mount Kit.

ASK71.1U: Allows foot mounting of OpenAir actuators. Should be used for in-the-air stream applications, and generally, anywhere a foot-mounted actuator can be mounted. Kit contains: • Crank arm for changing angular rotation into

a linear stroke. • Support bearing ring to minimize side

loading on the actuator’s output bearing. • Mounting bracket. • Required mounting fasteners.

Figure 3. Frame Mount Kit.

ASK71.2U: Allows mounting OpenAir actuators directly to damper frame. Should be used with louvers and vents and in applications where floor mount kit is not possible. Kit contains: • Crank arm for changing angular rotation into

a linear stroke. • Support bearing ring to minimize side

loading on the actuator’s output bearing. • Mounting bracket. • Required mounting fasteners.

Figure 4. Crank Arm Kit.

ASK71.3: Allows direct-coupled actuator to provide an auxiliary linear drive. Crank arm kit can be used to simultaneously drive a set of opposing or adjacent dampers with single actuator. Kit includes: • Crank arm to attach to the splined hub of the

shaft adapter. • Other required mounting fasteners.

Figure 5. Crank Arm Kit with Mounting Bracket.

ASK71.4: Allows economical mounting of OpenAir actuator to a variety of surfaces. Kit should be used in applications where the actuator can be rigid-surface mounted and linear stroke output is required. Kit includes: • Crank arm to attach to the splined hub of the

shaft adapter. • Mounting bracket. • Other required mounting fasteners.

Figure 6. Tandem Mount

Bracket.

ASK73.1: Bracket provides an extended anti-rotation pin allowing two OpenAir actuators to directly drive a single damper shaft. Tandem mounting bracket for two GCA 2-position and floating control actuators mounted on the same side of the damper shaft.



Accessories, Continued

Figure 7. Tandem Mount Bracket.

ASK73.2U: Bracket provides an extended anti-rotation pin allowing two OpenAir modulating actuators to directly drive a single damper shaft. Tandem mounting bracket for two GCA16x (standard to 10 Vdc modulating control) Series Actuators mounted on the same side of the damper shaft.

NOTE: For applications requiring single damper shaft operation by up to four GCA modulating control signal actuators mounted on each side of the damper shaft, use the GCA15x Series Actuator with Master/Slave mode operation selected.

Figure 8. Special Shaft Adapter.

ASK74.1U: Shaft adapter will attach to a 1.05-inch (26.6 mm) diameter shaft; the standard self-centering adapter will accept up to a one-inch (25.4 mm) diameter shaft. • Adapter can be used for coupling to

slightly oversized one-inch (25.4 mm) jackshafts.

• Shaft adapter is 13/16-inches (20 mm) shorter than the height of the self-centering shaft adapter.

Figure 9. NEMA 3R Weather Shield.

ASK75.1U: GCA Actuators are UL listed to meet NEMA 3R requirements (a degree of protection against rain, sleet, snow and damage from external ice formation) when installed with ASK75.1U Weather Shield and outdoor-rated conduit fittings in the vertical position.

For dimensions, see Figure 29.

Figure 10. NEMA Type 4X Weather Shield.

ASK75.7U: GCA Actuators are UL listed to meet NEMA Type 4X requirements (a degree of protection against falling dirt, rain, sleet, snow, windblown dust, splashing water, hose-directed water, corrosion, and damage from external ice formation) when installed with an ASK75.7U Weather Shield and outdoor-rated conduit fittings. This weather shield may be mounted in any orientation.

For dimensions, see Figure 30.



Figure 11. Heater/Weather Shield Assembly.

985-106: Provides protection for GIB, GBB and GCA OpenAir actuators down to temperatures of -58°F (-50°C). Assembly includes:

• Weather Shield

• Heater Kit

Figure 12. 499 Ohm Resistor Assembly Kit.

985-124: Used for converting a 4 to 20 mA controller output signal into a 2 to 10 Vdc actuator signal.

Service Parts

985-003 Position Indicators

(10/pkg.)

985-004 Standard Shaft Adapter.

985-006 Anti-rotation (Mounting)

Bracket.

985-008 Conduit Adapter, 1/2-inch (12 mm) for 1/2-inch NPT

Connector.

Figure 13. Orderable Service Parts.

Operation

GCA12x and GCA22x: 2-Position Control

When power is applied, the actuator coupling moves toward the open position 90°.

GCA13x: Floating Control

A floating control signal controls the damper actuator. The actuator's angle of rotation is proportional to the length of time the signal is applied. A 24 Vac/dc control signal to Y1 causes the actuator coupling to rotate clockwise. A 24 Vac/dc control signal to Y2 causes the actuator coupling to rotate counterclockwise.

With no control voltage, the damper actuator holds its position.

GCA16x and GCA15x: Modulating Control

A continuous 0 to 10 Vdc or 2 to 10 Vdc signal from a controller to wire Y operates the damper actuator. The angle of rotation is proportional (or inverse proportional) to the control signal. A 0 to 10 Vdc position feedback output signal between wires U and G0 (system neutral) monitors the position of the damper actuator.



In the event of a power failure or when the operating voltage is shut off, all actuator models will return to the 0 position.

In the event of a blockage in a damper, actuators are overload protected over the full range to prevent damage to the actuators.

Life expectancy An improperly tuned loop will cause excessive repositioning that will shorten the life of the actuator.

Control Signal Adjustment

GCA 163 and GCA164

The offset (start point) and span of the control signal can be adjusted. The offset, Uo, can be adjusted between 0 to 5 Vdc. The span, ∆U, can be adjusted between 2 to 30 Vdc.

Ys Mechanical positioning range (100% = angle of rotation 90°) Yu Control signal Uo Offset (start point) ∆U Span Uo = 0V, ∆U = 2V

The minimum working range for Ys = 100%

1. Uo = 5V, ∆U = 30V The maximum working range for Ys = 100%

2. Uo = 0V, ∆U ≈ 10V Factory setting

Setting for 10V span 0V offset

Figure 14. The Minimum and Maximum Control Signal Adjustment.

Example:

Open the actuator from 0% to 50% (45°) using a control signal of Umin = 2V to Umax = 10V. Calculating the value of ∆U:

V16 50

2)(10 x 100% in rotation of angle Working

min) Umax (U %] [ 100U =−

=−

=∆



Settings Uo = 2Y; ∆U = 16V

Umin = minimum control signal Umax = maximum control signal

Figure 15. Example.

Dual Auxiliary Switch GCAxx4, GCAxx6

Actuator rotary range with the shaft adapter mounted at position "0".

Setting range for switches A and B

Setting interval: 5°

Switching hysteresis: 2°

To change the settings of A and B:

1. Make sure the actuator is in the "0", fail-safe position. The scale is valid only in the "0" position.

2. Use a flat-blade screwdriver to turn the switch adjustment dials to the desired setting at which a signal is to be given.

Factory setting: Switch A 5° Switch B 85°

Figure 16. Dual Auxiliary Switch Dials.

NOTE: For GCA15x actuators with signal inversion switch set to Inverse Acting, 90° corresponds to either a 0 to 10 Vdc or a 2 to 10 Vdc. Vdc input signal depends on the input signal selection.



Sizing The type of actuator required depends on several factors.

1. Obtain damper torque ratings (ft-lb/ft2 or Nm/m2) from the damper manufacturer.

2. Determine the area of the damper.

3. Calculate the total torque required to move the damper:

Total Torque = SF

AreaDamper Rating Torque1×

1 Safety Factor: When calculating the total torque required, a safety factor should be included for unaccountable variables such as slight misalignments, aging of the damper, etc. A suggested safety factor is 0.80.

4. Select the actuator type using Table 2.

NOTE: Mechanically coupled actuators must all be of the exact same type except for the dual auxiliary switches and feedback potentiometer options. Make sure to use the correct tandem-mounting bracket. See Table 2.

Table 2. Sizing

Total Torque Actuator

<62 lb-in (7 Nm) GMA >62 lb-in <160 lb-in (>7 Nm <18 Nm) GCA

>160 lb-in <320 lb-in (>18 Nm <36 Nm)

ASK73.2U*: Tandem mounting bracket with any combination of two GCA16x (standard 0 to 10 Vdc modulating control) actuators mounted on the same side of the damper shaft.

ASK73.1*: Tandem mounting bracket for two GCA 2-position and floating control actuators that are mounted on the same side of the damper shaft.

NOTE: For applications requiring single damper shaft operation by up to four GCA modulating control signal actuators mounted on each side of the damper shaft, use the GCA15x Series Actuator with Master/Slave mode operation selected. See Figure 22 for master/slave DIP switch settings, and Figure 27 for wiring of this configuration.

*Tandem application tested for up to four actuators. Each bracket mounts two actuators.



Mounting and Installation

Figure 17. Acceptable NEMA 2, IP54 per EN 60 529

Mounting Positions.

Figure 18. Only Acceptable Mounting Position for NEMA Type 3R

Rating Using ASK75.1U Weather Shield.

The GCA actuator is UL listed to meet NEMA Type 3R requirements (a degree of protection against rain, sleet, and damage from external ice formation) when installed with the Weather Shield (product number ASK75.1U) and outdoor-rated conduit fittings. Actuator must be in the vertical position.

• The shaft adapter and the position indicator can be mounted on either side of the actuator. The actuator mounting orientation and shaft length determine how they will be mounted on the actuator.

• The minimum damper drive shaft length is 3/4-inch (20 mm).

• See Specifications for the minimum and maximum damper shaft dimensions.

• The actuator is shipped from the factory with a 5° preload enabling tight close off of the damper in power-fail-close applications.

• A mounting bracket is included with the actuator.

• The shaft adapter and mounting parts are shipped in a separate container with the actuator.

• See the detailed mounting instructions included with each actuator.



Flip the actuator to select either clockwise or counterclockwise fail-safe rotation of the damper shaft. Follow Steps 1, 2, and 3 of Table 3 to determine the correct actuator mounting orientation.

Table 3. Actuator Mounting Orientation and Damper Control.



Manual override

Rotating Locking in place Releasing

when power is absent

Figure 19. Manual Override.

Always turn the key in the direction of the arrow.

CAUTION:

When engaging the gear train lock pin, be careful to turn only about five degrees until you hear a click or meet slight resistance. Turning too far will strip the lock pin.

To release manual override, either restore power and send a control signal; or when power is absent, insert the 3 mm hex key in the override opening, turn the key in the direction of the arrow and remove the key.

Mechanical Range Adjustment

The angular rotation is adjustable between 0 and 90° at five-degree intervals. To limit the range of shaft movement, remove the locking clip and self-adjusting shaft adapter. Rotate the damper blade shaft to its failed position. Rotate the shaft coupling to the desired position. Insert the shaft adapter into the actuator and fasten it with the locking clip. See Figure 20.

Figure 20. Mechanical Range Adjustment.



Wiring All wiring must conform to NEC and local codes and regulations.

Use earth ground isolating step-down Class 2 transformers. Do not use autotransformers.

The maximum rating for a Class 2 step-down transformer is 100 VA. Determine the supply transformer rating by summing the VA ratings of all actuators and other components used. It is recommended that one transformer does not power more than nine actuators (or 80% of its VA).

WARNING: Mixed switch operation is not permitted to the switching outputs of both auxiliary switches (A and B). Either AC line voltage from the same phase must be applied to all six outputs of the dual auxiliary switches, or UL-Class 2 voltage must be applied to all six outputs.

NOTE: With plenum cables, only UL-Class 2 voltage is permitted.

Implementation of DIP Switch Features (GCA15x Only)

Counterclockwise

Self-adapt feature 2 to 10 Vdc Tandem Mount Master

Clockwise

Self-Adapt Off 0 to 10 Vdc Single Mount Slave

Figure 21. GCA15x Series.

Self-Adapt Feature The factory setting is 0 (OFF).

When mechanical angle of rotation is limited, the self-adapt switch may be turned ON so that the limited range will become the new 0 to 100% for the actuator logic. In this case, 0 to 100% is not equal to 90°

CAUTION:

When turning the self-adaptive feature on or after a software reset with the feature on, the actuator will enter a three-minute calibration cycle as the actuator adjusts to the rotation limits of the system. A software reset happens after power on or may be caused by electrostatic discharge (ESD) at levels of 2kV and above.

The position output signal U is not influenced by the self-adapt function. The 0 to 10V feedback signal U is always proportional to 0° to 90° (or 90° to 0°).



GCA15x.1x (0 to 10 Vdc or 2 to 10 Vdc) for Tandem Application (Master/Slave)

Figure 22. Tandem Application DIP Switch Settings.

• After setting the 4th DIP switch for TM (tandem mount) on all actuators used in the tandem application, one actuator must be identified as the Master by selecting the "M" on the 5th DIP switch.

• The rest of the actuators used in the application must have the "S" (slave) set on the 5th DIP switch.

• Connect all the 2 (black) Neutral wires and connect them to the power supply.

• Connect all the 1 (red) Supply wires together and connect them to the power supply.

• The Output Signal 9 (pink) wire, identified as the Master actuator, needs to be connected to all the Control Signal Wires 8 (gray) of the slave actuators used in the tandem application.



Wire Designations

Each wire has the standard symbol printed on it. See Table 4.

Figure 23. GCA15x, GCA16x, Modulating Control.

Figure 24. GCA12x, 2-Position Control.

Figure 25. GCA13x, Floating Control.

Figure 26. GCA22x, 2-Position Control.

Figure 27. GCA15x.1x for Tandem Application (Master/Slave).



Table 4. Wire Designations.

Standard Symbol Function

Terminal Designations

Color Standard Plenum

1 Supply (SP) G Red Red 2 Neutral (SN) G0 Black Black 3 Line (120 Vac) L Black Black 4 Neutral (120 Vac) N White White 6 Control Signal clockwise (GCA13x) Y1 Violet Violet 7 Control Signal counterclockwise (GCA13x) Y2 Orange Orange 8 Input signal: 0 to 10 Vdc (GCA16x) or 2 to 10 Vdc (GCA15x) Y Gray Gray 9 Position output: 0 to 10 Vdc (GCA15x & GCA16x) U Pink Pink

S1 Switch A Common Q11 Gray/red Gray/red S2 Switch A NC Q12 Gray/blue Gray/blue S3 Switch A NO Q14 Gray/pink Gray/pink S4 Switch B Common Q21 Black/red Black/red S5 Switch B NC Q22 Black/blue Black/blue S6 Switch B NO Q24 Black/pink Black/pink P1 Feedback Potentiometer 0 to 100% P1 – P2 A White/red Black P2 Feedback Potentiometer – Common B White/blue Black P3 Feedback Potentiometer 100 to 0% P3 – P2 C White/pink Black

Start-Up/ Commissioning GCA12x (24 Vac/dc) GCA22x (120 Vac)

1. Check Operation: a. Switch on Vac/dc power. b. Allow the actuator shaft coupling to rotate from 0 to 90°. c. Switch off Vac/dc power.

The actuator shaft coupling will return to the "0" position.

2. Check Spring Return: a. Switch on Vac power. b. Allow the actuator shaft coupling to rotate halfway. c. Switch off Vac power.

The spring returns the actuator shaft coupling to the fail "0" position. 3. Check the Auxiliary Switch A:

a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S1 and S3 to the DMM.

The DMM should indicate an open circuit or no resistance. c. Switch on Vac power.

The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch A.

d. Connect wires S1 and S2 to the DMM. The DMM should indicate open circuit or no resistance.

e. Switch off Vac power. The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch A.

OpenAir™ GCA Series Spring Return 160 lb-in Electric Damper Actuators Technical Instructions Document Number 155-173P25 June 22, 2015


Start-Up/ Commissioning GCA12x (24 Vac/dc) GCA22x (120 Vac)

(Continued)

4. Check the Auxiliary Switch B: a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S4 and S6 to the DMM.

The DMM should indicate open circuit or no resistance. c. Switch on Vac power.

The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch B.

d. Connect wires S4 and S5 to the DMM. The DMM should indicate open circuit or no resistance.

e. Switch off Vac power. The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch B.

GCA13x 1. Check Operation: a. Connect wires 1 (red) and 2 (black) to 24 Vdc power supply. b. Apply a control signal (24 Vac/dc) to wire 6 (violet). c. Allow the actuator shaft coupling to rotate from 0 to 90°. d. Stop applying a control signal to wire 6 (violet). e. Apply a control signal (24 Vac/dc) to wire 7 (orange). f. Allow the actuator shaft coupling to rotate from 90 to 0°.

2. Check Spring Return:

a. Apply a control signal (24 Vac/dc) to wire 6 (violet). b. Allow the actuator shaft coupling to rotate half way. c. Disconnect wire 1 (red). d. The spring returns the actuator shaft coupling to the fail "0" position. e. Connect wire 1 (red). The actuator shaft coupling begins to move.

3. Check Feedback:

a. Set the digital multimeter (DMM) dial to ohms. b. Connect wires P1 and P2 to the DMM. The DMM should indicate a resistive value. c. Apply a control signal (24 Vac/dc) to wire 6 (violet).

The reading of the DMM should increase. d. Stop applying a control signal to wire 6 (violet). e. Connect wires P2 and P3 to the DMM. The DMM should indicate a resistive value. f. Apply a control signal (24 Vac/dc) to wire 7 (orange).

The reading of the DMM should increase.

4. Check the Auxiliary Switch A:

a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S1 and S3 to DMM. The DMM should indicate an open circuit or no

resistance. c. Apply a control signal (24 Vac/dc) to wire 6 (violet).

The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch A.

d. Stop applying a control signal to wire 6 (violet). e. Connect wires S1 and S2 to the DMM. The DMM should indicate an open circuit or no

resistance. f. Apply a control signal (24 Vac/dc) to wire 7 (orange).

The DMM should indicate contact closure as the actuator actuator-shaft coupling reaches the setting of switch A.



Start-Up/ Commissioning

GCA13x (Continued)

5. Check the Auxiliary Switch B: a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S4 and S6 to the DMM. The DMM should indicate an open circuit or no

resistance. c. Apply a control signal (24 Vac/dc) to wire 6 (violet).

The DMM should indicate contact closure as the actuator actuator-shaft coupling reaches the setting of switch B.

d. Stop applying a control signal to wire 6 (violet). e. Connect wires S4 and S5 to the DMM. The DMM should indicate an open circuit or no

resistance. f. Apply a control signal (24 Vac/dc) to wire 7 (orange).

The DMM should indicate contact closure as the actuator actuator-shaft coupling reaches the setting of switch B.

GCA15x GCA16x

1. Check Operation: a. Connect wires 1 (red) and 2 (black) to the 24 Vac

or 24 Vdc power supply.

NOTE: With no input signal present, the GCA15x actuator with signal inversion switch set to Inverse Acting will start driving towards 90°.

b. Use a Digital Multimeter (DDM) and set the dial to Vdc for the actuator input signal. c. Connect wires 2 (black) and 8 (gray) to the DMM.

d. Apply to input signal wire 8 (gray): Y = 10 Vdc or Y = Uo + ∆U (GCA16x) Y = 10 Vdc (GCA15x in direct-acting mode) Y = 2 Vdc (GCA15x in inverse-acting mode)

e. Allow the actuator shaft coupling to rotate from 0 to 90.

f. Apply to input signal wire 8 (gray): Y = 0 Vdc or Y = Uo (GCA16x) Y = 2 Vdc (GCA15x in direct acting mode) Y = 10 Vdc (GCA15x in inverse acting mode)

The shaft coupling returns to the "0" position.

2. Check Spring Return: a. Set the DMM dial to Vdc. b. Connect wires 2 (black) and 8 (gray) to the DMM.

c. Apply to input signal wire 8 (gray): Y = 5 Vdc or Y =Uo + 1/2 ∆U (GCA16x) Y = 6 Vdc (GCA15x)

d. Allow the actuator shaft coupling to rotate halfway.

e. Disconnect wire 1 (red).

The spring returns the actuator shaft coupling to the fail "0" position.

f. Connect wire 1 (red) and the actuator moves. 3. Check Feedback:

a. Set the DMM dial to Vdc. b. Attach wires 2 (black) and 9 (pink) to the DMM. c. Apply the input signal as in Step 1d, to wire 8 (gray). The reading at the DMM should increase (decrease for GCA15x in inverse acting mode). d. Apply the input signal as in Step 1f, to wire 8 (gray). The reading at the DMM should decrease (increase for GCA15x in inverse acting mode) and the actuator shaft coupling returns to the fail "0" position.



Start-Up Commissioning

GCA15x GCA16x (Continued)

4. Check the Auxiliary Switch A: a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S1 and S3 to the DMM. The DMM should indicate open circuit or no resistance. c. Apply the input signal as in Step 1d, to wire 8 (gray). The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch A. d. Connect wires S1 and S2 to the DMM. The DMM should indicate open circuit or no resistance. e. Apply the input signal as in Step 1f, to wire 8 (gray). The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch A.

5. Check the Auxiliary Switch B: a. Set the DMM dial to ohms (resistance) or continuity check. b. Connect wires S4 and S6 to the DMM. The DMM should indicate open circuit or no

resistance. c. Apply the input signal as in Step 1d, to wire 8 (gray). The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch B. d. Connect wires S4 and S5 to the DMM. The DMM should indicate open circuit or no

resistance. e. Apply the input signal as in Step 1f, to wire 8 (gray). The DMM should indicate contact closure as the actuator shaft coupling reaches the setting of switch B.

Special Application

Modulating 4 to 20 mA control with GCA15x and an external 499-ohm resistor (985-124, See Accessories).

NOTE: 985-124 is provided with the GCA15x actuator.

Figure 28. Wiring Diagram for Converting

4 to 20 mA into 2 to 10 Vdc.

Service

WARNING:

Do not open the actuator. If the actuator is inoperative, replace the unit.

Technical Instructions OpenAir™ GCA Series Spring Return 160 lb-in Electronic Damper Actuators Document Number 155-173P25 June 22, 2015


Troubleshooting

WARNING: To avoid injury or loss of life, pay attention to any hazardous voltage (for example, 120 Vac) when performing checks.

• Check that wires are connected correctly.

• Check that offset (start point) and span are set correctly, if used.

• Use a Digital Multimeter (DMM) to verify that the operating voltage is within range.

• If the actuator is not working, check the damper for blockage. If blocked, remove the obstacle and cycle the actuator power off and on. The actuator should resume normal operating mode.

Dimensions

Figure 29. Dimensions of the ASK75.1U Weather Shield in Inches (Millimeters).

Figure 30. Dimensions of the ASK75.7U Weather Shield in Inches (Millimeters).


Information in this publication is based on current specifications. The company reserves the right to make changes in specifications and models as design improvements are introduced. OpenAir is a trademark of Siemens SCHWEIZ AG. Other product or company names mentioned herein may be the trademarks of their respective owners. © 2015 Siemens Industry, Inc.

Siemens Industry, Inc. Building Technologies Division 1000 Deerfield Parkway Buffalo Grove, IL 60089-4513 USA. +1-847-215-1000

Your feedback is important to us. If you have comments about this document, please send them to [email protected]

Document No. 155-173P25 Printed in the USA

Page 23

Dimensions, Continued

Figure 31. Dimensions of the GCA Actuator and Mounting Bracket in Inches (Millimeters).

mailto:[email protected]

Technical Specification Sheet Document No. 149-220

August 16, 2013


Page 1 of 29

Siemens MS/TP Point Pickup Module

6 Point Digital 6 Point Analog 12 Point Combination

Description The Siemens Point Pickup Modules (PPM) are expansion I/O devices that communicate on a BACnet master-slave/token-passing (MS/TP) network, allowing for the incorporation of a cluster of remote points into the Building Automation Station over the MS/TP network.

The PPM family leverages the MS/TP network to extend the reach of any BTL-listed BACnet Building Controllers application program.

Each Universal Input can be configured for analog or digital input. Input/Output type is configured by writing to BACnet object properties.

Features • Wide range of signal type support for flexible IO

solutions. • Device ID and Device name auto-populated for

efficient start up (Device ID and Device name are also writable for customization).

• UL and cUL Listed as Enclosed Energy Management Equipment. No additional enclosure required.

• Evaluated and certified by UL as suitable for installation in plenum areas. (Building codes for

plenum requirements vary by location; check with local building authority.)

• LEDs, visible through the housing, indicate the power, communication, and DO status.

• Default communication at 19200 baud also supports 9600, 38400 and 76800 via DIP switch.

• 8-bit DIP switch to configure MAC address. • Recover and resume communication on the

network after a power interruption without operator intervention.

• Capable of mounting on electrical junction box without field modification or adaptors. (4 in. x 4 in. standard depth US box, 100 mm x 100 mm x 25 mm Asia/Pacific standard box.)

• DIN rail and surface mount installation also possible.

• Assembly has a cover label associated with the LEDs for easy labeling and identification.

• Supports unsolicited COVs when faster data point value updates are required.

Hardware

Controller Board The controller interfaces with, but does not provide, direct control of the following external devices:

Page 2 of 29


• Digital input devices (dry contacts from motion sensors, alarm and door contacts) or Accumulator (gas, water, electrical)

• Digital output devices (fans, pumps, lighting)

• Analog input devices (temp, humidity, flow, pressure)

• Analog output (valves, actuators)

PPM Type

Dig

ital P

PM

Ana

log

PPM

Com

bo P

PM

I/O function Description Maximum number of functions per module

Digital inputs

Binary Inputs Status indication, voltage-free/dry contact 4 2 5

Counter Count/accumulator, voltage-free/dry pulse contact 3

Analog inputs w/ 12-bit A/D resolution Temperature Pt 1000 385 4 4 Temperature NTC 10K Type II 1 Voltage, DC 0-10V 4 4 Current DC 4-20 mA 2 Digital outputs

BO On/Off NO Contact, 240 Vac, 5A Resistive/2A General Purpose 2 3

Analog outputs DC 0-10V 2 2


Page 3 of 29

MS/TP Point Pickup Modules Specifications Power Requirements Operating Range Power Consumption

Input power range of 19.2 Vac to 28.8 Vac (50 or 60 Hz) 4 VA to 7 VA

Universal Inputs 6 Point Digital PPMs (PPM-1U32.BPR and PPM-1U32.BPF) 1- 10KΩ Type II NTC Thermistor or dry contact 6 Point Analog PPMs (PPM-2U22.BPR and PPM-2U22.BPF) 2- 1000 Nickel RTD, 1000 Pt RTD, 0-10V, or dry contact 12 Point Combination PPMs (PPM-2U3322.BPR and PPM-2U3322.BPF) 2- 1000 Nickel RTD, 1000 Pt RTD, 0-10V, or dry contact

Digital Outputs 6 Point Digital PPMs (PPM-1U32.BPF and PPM-1U32.BPR) 2- Form A NO (Normally Open) Relays. 24 to 240 Vac, 5A resistive, 2A General Purpose, 5(2) 6 Point Digital PPM (PPM-1U32.BPR) 2- Hand-Off-Auto switches provide manual operation of the relays for commissioning 12 Point Combination PPMs (PPM-2U3322.BPF and PPM-2U3322.BPR) 3- Form A NO (Normally Open) Relays. 24 to 240 Vac, 5A resistive, 2A General Purpose, 5(2)

Analog Inputs 6 Point Analog PPMs (PPM-2U22.BPF and PPM-2U22.BPR) 2- 1000 Nickel RTD, 1000 Pt RTD, 0-10 Vdc, or 4-20 mA 12 Point Combination PPMs (PPM-2U3322.BPF and PPM-2U3322.BPR) 2- 1000 Nickel RTD, 1000 Pt RTD, 0-10 Vdc

Analog Outputs 6 Point Analog PPM (PPM-2U22.BPF and PPM-2U22.BPR) 2- 0-10 Vdc 12 Point Combination PPM (PPM-2U3322.BPF and PPM-2U3322.BPR) 2- 0-10 Vdc

Digital Inputs 6 Point Digital PPMs (PPM-1U32.BPF and PPM-1U32.BPR) 3- Dry contact or Pulse accumulator

Dimensions 6.1 in. x 4.5 x 1.4 in. (154 mm x 114.4 mm x 34.5 mm) Weight 0.8 lb max. including box Communications Remote Local BACnet MS/TP master or slave

9600 to 76800 baud set using a DIP switch Storage Temperature Operating Range Humidity Range

-40°F to 158°F, (-40°C to 70°C) 32°F to 122°F, (0°C to 50°C) 5% to 95% rh (non-condensing)

Information in this document is based on specifications believed correct at the time of publication. The right is reserved to make changes as design improvements are introduced. APOGEE and Insight are registered trademarks of Siemens Industry, Inc. Other product or company names mentioned herein may be the trademarks of their respective owners. © 2013 Siemens Industry, Inc.

Siemens Industry, Inc. Building Technologies Division 1000 Deerfield Parkway Buffalo Grove, IL 60089-4513 USA 1-847-215-1000

Your feedback is important to us. If you have comments about this document, please send them to

[email protected].

Document No. 149-220 Printed in the USA

Page 4 of 29

Ordering Information

Part Number Description

PPM-1U32.BPF 6 Point Digital BACnet MS/TP Point Pickup Module, Fixed terminal blocks (1UI 3DI 2DO)

PPM-1U32.BPR 6 Point Digital BACnet MS/TP Point Pickup Module, Removable terminal blocks and HOA switches (1UI 3DI 2DO)

PPM-2U22.BPF 6 Point Analog BACnet MS/TP Point Pickup Module, Fixed terminal blocks (2UI 2AI 2 AO)

PPM-2U22.BPR 6 Point Analog BACnet MS/TP Point Pickup Module, Removable terminal blocks (2UI 2AI 2 AO)

PPM-2U3322.BPF 12 Point Combination BACnet MS/TP Point Pickup Module, Fixed terminal blocks (2UI 3DI 3DO 2AO 2AI)

PPM-2U3322.BPR 12 Point Combination BACnet MS/TP Point Pickup Module, Removable terminal blocks (2UI 3DI 3DO 2AO 2AI)

PPM-DIN.RMB BACnet MS/TP Point Pickup Module DIN rail mounting brackets(5 pair) 550-975P100 3-wire 120 ohm 1/2W carbon composition resistor/each end of line terminator

(pkg. of 100) 550-974P10 3-wire RS-485 reference terminator for single earth ground termination at one

end of network.

mailto:[email protected]�

z003dbbv

Highlight


Page 5 of 29

BACnet Protocol Implementation Conformance Statement Products Product Model Number Protocol Revision Software Version Firmware Version 6 Point Analog PPM

PPM-2U22.BPF PPM-2U22.BPR

135-2004 3.0 1.0

6 Point Digital PPM


135-2004 3.0 1.0

12 Point Combo PPM


135-2004 3.0 1.0

Vendor Information Siemens Building Technologies 1000 Deerfield Parkway Buffalo Grove, IL 60089 www.sbt.siemens.com

Product Description The Point Pickup Module connects to small point count, remotely located digital IO. This controller communicates with the APOGEE® Automation System using BACnet MS/TP.

BACnet Standardized Device Profile (Annex L) Supported Device Profile BACnet Operator Workstation (B-OWS) BACnet Building Controller (B-BC)

BACnet Advanced Application Controller (B-AAC)

√ BACnet Application Specific Controller (B-ASC)

BACnet Smart Actuator (B-SA)

BACnet Smart Sensor (B-SS)

Page 6 of 29


Supported BACnet Interoperability Building Blocks (BIBBs)

BACnet Interoperability Building Blocks (BIBB) Supported

Data Sharing DS-RP-A Data Sharing-ReadProperty-A

DS-RP-B Data Sharing-ReadProperty-B

DS-RPM-A Data Sharing-ReadPropertyMultiple-A

DS-RPM-B Data Sharing-ReadPropertyMultiple-B

DS-RPC-A Data Sharing-ReadPropertyConditional-A

DS-RPC-B Data Sharing-ReadPropertyConditional-B

DS-WP-A Data Sharing-WriteProperty-A

DS-WP-B Data Sharing-WriteProperty-B

DS-WPM-A Data Sharing-WritePropertyMultiple-A

DS-WPM-B Data Sharing-WritePropertyMultiple-B

DS-COV-A Data Sharing-COV-A

DS-COV-B Data Sharing-COV-B

DS-COVP-A Data Sharing-COVP-A

DS-COVP-B Data Sharing-COVP-B

DS-COVU-A Data Sharing-COV-Unsolicited-A

DS-COVU-B Data Sharing-COV-Unsolicited-B

Scheduling SCHED-A Scheduling-A

SCHED-I-B Scheduling-Internal-B

SCHED-E-B Scheduling-External-B

Alarm and Event Management AE-N-A Alarm and Event-Notification-A

AE-N-I-B Alarm and Event-Notification Internal-B

AE-N-E-B Alarm and Event-Notification External-B

AE-ACK-A Alarm and Event-ACK-A

AE-ACK-B Alarm and Event-ACK-B

AE-ASUM-A Alarm and Event-Alarm Summary-A

AE-ASUM-B Alarm and Event-Alarm Summary-B

AE-ESUM-A Alarm and Event-Enrollment Summary-A

AE-ESUM-B Alarm and Event-Enrollment Summary-B

AE-INFO-A Alarm and Event-Information-A

AE-INFO-B Alarm and Event-Information-B

AE-LS-A Alarm and Event-LifeSafety-A

AE-LS-B Alarm and Event-LifeSafety-B

Trending T-VMT-A Trending-Viewing and Modifying Trends-A


Page 7 of 29

T-VMT-I-B Trending-Viewing and Modifying Trends-Internal-B

T-VMT-E-B Trending-Viewing and Modifying Trends-External-B

T-ATR-A Trending-Automated Trend Retrieval-A

T-ATR-B Trending-Automated Trend Retrieval-B

Network Management NM-CE-A Network Management-Connection Establishment-A

NM-CE-B Network Management-Connection Establishment-B

NM-RC-A Network Management-Router Configuration-A

NM-RC-B Network Management-Router Configuration-B

Device Management DM-DDB-A Device Management-Dynamic Device Binding-A

DM-DDB-B Device Management-Dynamic Device Binding-B

DM-DOB-A Device Management-Dynamic Object Binding-A

DM-DOB-B Device Management-Dynamic Object Binding-B

DM-DCC-A Device Management-DeviceCommunicationControl-A

DM-DCC-B Device Management-DeviceCommunicationControl-B

DM-PT-A Device Management-Private Transfer-A

DM-PT-B Device Management-Private Transfer-B

DM-TM-A Device Management-Text Message-A

DM-TM-B Device Management-Text Message-B

DM-TS-A Device Management-TimeSynchronization-A

DM-TS-B Device Management-TimeSynchronization-B

DM-UTC-A Device Management-UTCTimeSynchronization-A

DM-UTC-B Device Management-UTCTimeSynchronization-B

DM-RD-A Device Management-ReinitializeDevice-A

DM-RD-B Device Management-ReinitializeDevice-B

DM-BR-A Device Management-Backup and Restore-A

DM-BR-B Device Management-Backup and Restore-B

DM-LM-A Device Management-List Manipulation-A

DM-LM-B Device Management-List Manipulation-B

DM-OCD-A Device Management-Object Creation and Deletion-A

DM-OCD-B Device Management-Object Creation and Deletion-B

DM-VT-A Device Management-Virtual Terminal-A

DM-VT-B Device Management-Virtual Terminal-B

Page 8 of 29


BACnet Standard Application Services Supported: ReadProperty Execute ReadPropertyMultiple Execute WriteProperty Execute UnconfirmedCOVNotification Initiate DeviceCommunicationControl Execute I-Am Initiate I-Have Initiate Who-Has Execute Who-Is Execute

Data Link Layer Option:

BACnet IP, (Annex J) Data Link Layer Options:

BACnet IP, (Annex J), Foreign Device ISO 8802-3, Ethernet (Clause 7) ANSI/ATA 878.1, 2.5 Mb. ARCNET (Clause 8) ANSI/ATA 878.1, RS-485 ARCNET (Clause 8), baud rate(s) ____________ MS/TP master (Clause 9), baud rate(s): 9600, 19200, 38400, 76800 MS/TP slave (Clause 9), baud rate(s): 9600, 19200, 38400, 76800 Point-To-Point, EIA 232 (Clause 10), baud rate(s): _________________ Point-To-Point, modem, (Clause 10), baud rate(s): _________________ LonTalk, (Clause 11), medium: _________________________________ Other: _____________________________________________________

Segmentation Capability (check all that apply): Able to transmit segmented messages Window Size: 32 Able to receive segmented messages Window Size: 32

Device Address Binding:

Is static device binding supported? Yes No

Networking Options:

Router, Clause 6 - List all routing configurations, e.g., ARCNET-Ethernet, Ethernet-MS/TP, etc. Annex H.3, BACnet Tunneling Router over UDP/IP BACnet/IP Broadcast Management Device (BBMD)

Does the BBMD support registrations by Foreign Devices? Yes No

Character Sets Supported:

Indicating support for multiple character sets does not imply that they can all be supported simultaneously. ANSI X3.4 IBM/Microsoft DBCS ISO 8859-1 ISO 10646 (UCS-2) ISO 10646 (ICS-4) JIS C 6226


Page 9 of 29

6 Point Analog PPM:

Standard Object Types Supported Object Type Supported Creatable Deletable Accumulator No No Analog Input X No No Analog Output X No No Analog Value No No Averaging No No Binary Input X No No Binary Output X No No Binary Value No No Calendar No No Command No No Device X No No Event Enrollment No No File No No Group No No Life Safety Point No No Life Safety Zone No No Loop No No Multi-state Input No No Multi-state Output No No Multi-state Value No No Notification Class No No Program No No Pulse Converter No No Schedule No No Trend Log No No

Object Attributes:

Accumulator Input Object Type This object type will not be supported in this project.

Analog Input Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes

Page 10 of 29


Out_Of_Service Yes W Update_Interval No Units Yes W Min_Pres_Value No Max_Pres_Value No Resolution No COV_Increment Yes W Time_Delay No Notification Class No High_Limit No Low_Limit No Deadband No Limit_Enable No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Analog Output Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes Units Yes Min_Pres_Value No Max_Pres_Value No Resolution No Priority_Array Yes Relinquish_default Yes W COV_Increment Yes W Time_Delay No Notification Class No High_Limit No Low_Limit No Deadband No


Page 11 of 29

Limit_Enable No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Analog Value Object Type This object type will not be supported in this project.

Averaging Object Type This object type will not be supported in this project.

Binary Input Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes W Polarity Yes Inactive_Text Yes Active_Text Yes Change_Of_State_Time No Change_Of_State_Count No Time_Of_ State_Count_Reset No

Elapsed_Active_Time No Time_Of_ Active_Time_Reset No

Time_Delay No Notification Class No Alarm_Value No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Binary Output Object Type

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Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes Polarity Yes Inactive_Text Yes Active_Text Yes Change_Of_State_Time No Change_Of_State_Count No Time_Of_ State_Count_Reset No


Minimum_Off_time No Minimum_On_time No Priority_Array Yes Relinquish_default Yes W Time_Delay No Notification Class No Feedback_Value No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No


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Binary Value Object Type This object type will not be supported in this project.

Calendar Object Type This object type will not be supported in this project.

Command Object Type This object type will not be supported in this project.

Device Object Type Property_Identifier Support Access Notes Object_Identifier Yes W Object_Name Yes W Object_Type Yes System_Status Yes Vendor_Name Yes Vendor_Identifier Yes Model_Name Yes Firmware_Revision Yes Application_Software_Version Yes Location Yes W Description Yes W Protocol_Version Yes Protocol_Revision Yes Protocol_Services_Supported Yes Protocol_Object_Types_Supported Yes Object_List Yes Max_APDU_Length_Accepted Yes Segmentation_Supported Yes Max_Segments_Supported No VT_Classes_Supported No Active_VT_Sessions No Local_Time No Local_Date No UTC_Offset No Daylight_Savings_Status No APDU_Segment_Timeout No APDU_Timeout Yes Number_Of_APDU_Retries Yes List_Of_Session_Keys No Time_Sync_Recipients No Max_Master Yes W Max_Info_Frames Yes W

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Device_Address_Binding Yes Database_Revision Yes Configuration_Files No Last_Restore_Time No Backup_Failure_Timeout No Active_COV_Subscriptions No Slave_Proxy_Table No Manual_Slave_Address_Binding No Auto_Slave_Discovery No Slave_Address_Binding No Profile_Name No

Event Enrollment Object Type This object type will not be supported in this project.

File Object Type This object type will not be supported in this project.

Group Object Type This object type will not be supported in this project.

Life Safety Point Object Type This object type will not be supported in this project.

Life Safety Zone Object Type This object type will not be supported in this project.

Loop Object Type This object type will not be supported in this project.

Multistate Input Object Type This object type will not be supported in this project.

Multistate Output Object Type This object type will not be supported in this project.

Multistate Value Object Type This object type will not be supported in this project.

Notification Class Object Type This object type will not be supported in this project.


Page 15 of 29

Program Object Type This object type will not be supported in this project.

Pulse Converter Object Type This object type will not be supported.

Schedule Object Type This object type will not be supported in this project.

Trend Log Object Type This object type will not be supported in this project.

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6 Point Digital PPM:

Standard Object Types Supported Object Type Supported Creatable Deletable Accumulator X No No Analog Input X No No Analog Output No No Analog Value No No Averaging No No Binary Input X No No Binary Output X No No Binary Value No No Calendar No No Command No No Device X No No Event Enrollment No No File No No Group No No Life Safety Point No No Life Safety Zone No No Loop No No Multi-state Input No No Multi-state Output No No Multi-state Value No No Notification Class No No Program No No Pulse Converter No No Schedule No No Trend Log No No

Object Attributes:

Accumulator Input Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes W Scale Yes W Currently we just support the floatscale.


Page 17 of 29

Units Yes W Prescale No Max_Pres_Value Yes Value_Change_Time Yes Value_Before_Change Yes Value_Set Yes W Logging_Record No

Logging_Object No

Pulse_Rate No

High_Limit No

Low_Limit No Limit_Monitoring_Interval No Notification_Class No Time_Delay No Limit_Enable No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Analog Input Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes W Update_Interval No Units Yes W Min_Pres_Value No Max_Pres_Value No Resolution No COV_Increment Yes W Time_Delay No Notification Class No High_Limit No Low_Limit No Deadband No Limit_Enable No

Page 18 of 29


Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Analog Output Object Type This object type will not be supported in this project.


Averaging Object Type This object type will not be supported in this project.



Time_Delay No Notification Class No Alarm_Value No Event_Enable No Acked_Transitions No


Page 19 of 29

Notify_Type No Event_Time_Stamps No Profile_Name No

Binary Output Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes Polarity Yes Inactive_Text Yes Active_Text Yes Change_Of_State_Time No Change_Of_State_Count No Time_Of_ State_Count_Reset No





Page 20 of 29



Device Object Type Property_Identifier Support Access Notes Object_Identifier Yes W Object_Name Yes W Object_Type Yes System_Status Yes Vendor_Name Yes Vendor_Identifier Yes Model_Name Yes Firmware_Revision Yes Application_Software_Version Yes Location Yes W Description Yes W Protocol_Version Yes Protocol_Revision Yes Protocol_Services_Supported Yes Protocol_Object_Types _Supported Yes

Object_List Yes Max_APDU_Length_Accepted Yes Segmentation_Supported Yes Max_Segments_Supported No VT_Classes_Supported No Active_VT_Sessions No Local_Time No Local_Date No UTC_Offset No Daylight_Savings_Status No APDU_Segment_Timeout No APDU_Timeout Yes Number_Of_APDU_Retries Yes List_Of_Session_Keys No Time_Sync_Recipients No Max_Master Yes W Max_Info_Frames Yes W Device_Address_Binding Yes Database_Revision Yes Configuration_Files No Last_Restore_Time No Backup_Failure_Timeout No


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Active_COV_Subscriptions No Slave_Proxy_Table No Manual_Slave_Address_Binding No Auto_Slave_Discovery No Slave_Address_Binding No Profile_Name No



Group Object Type This object type will not be supported in this project.

Life Safety Point Object Type This object type will not be supported in this project.






Notification Class Object Type This object type will not be supported in this project.


Pulse Converter Object Type This object type will not be supported in this project.

Page 22 of 29





Page 23 of 29

12 Point Combo PPM:

Standard Object Types Supported Object Type Supported Creatable Deletable Accumulator No No Analog Input X No No Analog Output X No No Analog Value No No Averaging No No Binary Input X No No Binary Output X No No Binary Value No No Calendar No No Command No No Device X No No Event Enrollment No No File No No Group No No Life Safety Point No No Life Safety Zone No No Loop No No Multi-state Input No No Multi-state Output No No Multi-state Value No No Notification Class No No Program No No Pulse Converter No No Schedule No No Trend Log No No

Object Attributes:

Accumulator Input Object Type This object type will not be supported in this project.

Analog Input Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes

Page 24 of 29


Out_Of_Service Yes W Update_Interval No Units Yes W Min_Pres_Value No Max_Pres_Value No Resolution No COV_Increment Yes W Time_Delay No Notification Class No High_Limit No Low_Limit No Deadband No Limit_Enable No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Analog Output Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes Units Yes Min_Pres_Value No Max_Pres_Value No Resolution No Priority_Array Yes Relinquish_default Yes W COV_Increment Yes W Time_Delay No Notification Class No High_Limit No Low_Limit No Deadband No


Page 25 of 29

Limit_Enable No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No


Averaging Object Type This object type will not be supported in this project



Time_Delay No Notification Class No Alarm_Value No Event_Enable No Acked_Transitions No Notify_Type No Event_Time_Stamps No Profile_Name No

Page 26 of 29


Binary Output Object Type Property_Identifier Support Access Notes Object_Identifier Yes Object_Name Yes Object_Type Yes Present_Value Yes W Description No Device_Type No Status_Flags Yes Event_State Yes Reliability Yes Out_Of_Service Yes Polarity Yes Inactive_Text Yes Active_Text Yes Change_Of_State_Time No Change_Of_State_Count No Time_Of_ State_Count_Reset No




Page 27 of 29




Device Object Type Property_Identifier Support Access Notes Object_Identifier Yes W Object_Name Yes W Object_Type Yes System_Status Yes Vendor_Name Yes Vendor_Identifier Yes Model_Name Yes Firmware_Revision Yes Application_Software_Version Yes Location Yes W Description Yes W Protocol_Version Yes Protocol_Revision Yes Protocol_Services_Supported Yes Protocol_Object_Types _Supported Yes

Object_List Yes Max_APDU_Length_Accepted Yes Segmentation_Supported Yes Max_Segments_Supported No VT_Classes_Supported No Active_VT_Sessions No Local_Time No Local_Date No UTC_Offset No Daylight_Savings_Status No APDU_Segment_Timeout No APDU_Timeout Yes Number_Of_APDU_Retries Yes List_Of_Session_Keys No Time_Sync_Recipients No Max_Master Yes W

Page 28 of 29


Max_Info_Frames Yes W Device_Address_Binding Yes Database_Revision Yes Configuration_Files No Last_Restore_Time No Backup_Failure_Timeout No Active_COV_Subscriptions No Slave_Proxy_Table No Manual_Slave_Address_Binding No Auto_Slave_Discovery No Slave_Address_Binding No Profile_Name No



Group Object Type This object type will not be supported.

Life Safety Point Object Type This object type will not be supported.






Notification Class Object Type


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This object type will not be supported in this project.


Pulse Converter Object Type This object type will not be supported in this project.



CURRENT MONITORING

CURRENT MONITORING 800.354.8556

22

©2004 VERIS INDUSTRIES

The Hawkeye 608 Series is a high per for mance miniature split-core current status switch. Its low minimum setpoint (1.25A) and small size make it ideal for monitoring status of small to medium motor loads. With an amperage range of 1.25 to 50 amps, the 608 series can accurately detect belt loss, coupling shear, or other mechanical failure on loads from 1/5 to 40HP.

APPLICATIONS

■ Detect belt loss, coupling shear and mechanical failure

■ Verify lighting circuit and other electrical service run times

■ Monitor status of industrial process equipment

■ Monitor status of critical motors (compressor, fuel, etc.)

New high performance miniature split-core

■ Low (1.25A) minimum setpoint...eliminates the need for multiple wraps of the conductor through the sensor even on loads as smallas 1/5HP

■ Small size fi ts easily inside small starter enclosures

■ Self-gripping iris eliminates the need for drill mounting...easy installation

■ Status LEDs for easy setup and local indication

■ 1 Amp status output for increased application fl exibility

Monitor status of fans, pumps & electrical loads

■ Detects belt loss and mechanical failure...ideal for fan/pump status monitoring

■ Reliable cost-eff ective fan/pump status sensor...the 608 series replaces pressure switches and other elec tro me chan i cal devices...no fi tting or tapping required

■ Adjustable set point (1.25-50A)

■ 100% solid state...no moving parts to fail

■ Mounting bracket for installation fl exibility

■ 5-year limited warranty

Mini Split-Core Adjustable Setpoint Dig i tal Output Current Switches

MODEL OUTPUT TYPE (MAX.)

H608

H606*

H609

1.25 - 50A

1.25 - 50A

1.25 - 50A

N.O. 1.0A@30VAC/DC

N.C. .1A@30VDC

N.O. .2A@120VAC/DC

AMPERAGE RANGE TRIP POINT ADJUSTMENT STATUS OPEN LED STATUS CLOSED LED

ACCESSORIES

DESCRIPTIONMODELDIN Rail Clip SetAH01

OffLoss of belt/coupling shear

Off

Electrical failure

Fan/pumpOn

CalibratedTrip

Point

Now you can easily detect when drive belts slip,break, or pump couplings shear. In fact, a typical HVAC motor that loses its load has a reduction of current draw of up to 50%. That's why our sensors are the industry standard for status.

Do not use the LED indicators for evidence of applied voltage

608 Series

Maximize ReliabilityMinimize Installed Cost

ORDERING INFORMATION

H608 MINI SPLIT-CORE

*Hx06 Models require a constant source of 5-30VDC power to the status contacts

FI

VE-YEAR

WARRANTY

z003dbbv

Highlight

CURRENT MONITORING

CURRENT MONITORING800.354.8556 ©2004 VERIS INDUSTRIES

23

APPLICATIONS/WIRING EXAMPLE DIMENSIONAL DRAWINGS

2.34"(60 mm)

2.0"(51 mm)

2.15"(55 mm)

3.52"(90 mm)

2.87"(73 mm)

1.28"(33 mm)

Removable Mounting Bracket

.68"(16 mm)

1.99"(51 mm)

.92"(23 mm)

Motor

Fan or Pump

DIGITAL CONTROL

DI

Status

Open

CONTACTOR

The H608 Does NotRequire Extra Wraps.

With a low 1.25 Amp turn-on, multiple wraps of wire through the sensor are eliminated even on loads as small as 1/5HP.

The H608 Won’t Hang At the Bottom of the Box.

The H608’s self gripping teeth free up the installer’s hands making it possible to perform a one hand calibration.

The H608 EliminatesExtra Enclosures.

The H608’s small size (2.33" x 2.0") eliminates the need for extra electrical enclosures and saves you installation time.

YES !NO !

YES !NO !

YES !NO !

H608 SERIES

SPECIFICATIONSAmperage Range 1.25 to 50A Sensor Power Induced Output Digital switch (see ordering table)Insulation Class 600VAC rmsFrequency Range 50/60 Hz.Temperature Range 15° to 60°CHumidity Range 0 - 95% non-condensingHysteresis 10% (typical) Trip Setpoint Adjustable 1.25 to 50ADimensions…(L x W x H) (2.34" x 2.0" x .92")Sensor Opening Size…(L x W) .52" x .68"Status Contacts (Hx06 Models)Supply Voltage 5-30VDC, permanently connectedOff-state Leakage (max.) 24µA@30VDCOn-state Voltage Drop 1.7VDC (max.)@0.1A

Documents

NIICHHOOLL ASS && ASSO CC IIAATTEESS,, INNC.. · SHOP DRAWING TRANSMITTAL TO: Erin Miller PROJECT: 2016 Renovations at GBN/GBS ARCON Associates, Inc. SUBJECT: HVAC Submittals 2050