INSTANTANEOUS HOT WATER HEATING SYSTEM

Innovative Heat Exchangers for the HVAC/R & Process Industries

Option 3 600 gpm

TAG: 600 GPM APPLICATION

Steam Pressure: 12 psig 12 psigSteam Temperature: 244 deg. F 244 deg.FAverage Condensate Discharge Temperature: 99 deg. F 200 deg. FTemperature Differential (Steam to Condensate) 145 deg. F 44 deg.FLatent Heat: 949 Btu/lb 949 Btu/lbSpecific Heat of condensate: 0.9971 Btu/lb deg.F 1.0039 Btu/lb deg.F

1093.5795 Btu/lb 996.7011 Btu/lb

EFFICIENCY INCREASE PER LB PER HOUR OF HEAT EXCHANGE 8.9 %

ENERGY SAVINGS EXAMPLE:Steam Flow through Heat Exchanger: 6,148.00 lb/hr 6,148.00 lb/hr

Energy extracted from steam to condensate discharge 6,723,326.77 Btu/hr 6,127,718.36 Btu/hr

Net Differential BTU/hr in Savings with 595,608 Btu/hr

Convert to Therms to calculate gas consumption 5.96 Therms/hrAverage hours of use per day 16 HEATING 95.30 Therms/dayAverage days of use per year 200 HEATING 19,059.47 Therms/year

Cost per therm (NYC Area) $0.50 $9,529.73 Annual SavingsNote: Due to the design of ELGE heat exchangers a condensate trap is not required.

ELGE HX CONVENTIONAL HX

THERMAL EFFICIENCY COMPARISONELGE SHELL AND COIL DESIGN

VsCONVENTIONAL HEAT EXCHANGERS

New York Power Authority

123 Main Street

White Plains, NY 10601

ELGE TECHNOLOGIES

14"

NOTES:

1. FABRICATED AND STAMPED

IN ACCORDANCE WITH ASME CODE, SECTION VIII, DIV.1

EDITION 2013

2. N.D.E. - NONE.

DRAWN BY RS. CHECK BY A.F. QUALITY CONTROL

THIS DOCUMENT CONTAINS CONFIDENTIAL INFORMATION WHICH IS

THE PROPERTY OF ELGE TECHNOLOGIES LLC. THIS DOCUMENT MAY

NOT BE REPRODUCED, TRANSFERRED OR USED, OR ITS CONTENTS

DISCLOSED, WITHOUT Tl£ WRITTEN PERMISSION OF THE OWNER.

C:

ro

en C:

en en ro C')

Q)

N

Q) � (.) ro -,

MATERIAL

SHELL SA53 GR EIB

HEAD SA414 GR.D

FLANGES SA 105

Cl)

Cl)

s:::t 0 M

DESIGN DATA PRESSURE,

PSIG LOCATION

DESIGN TEST

SHELL 250 PER CODE

NOZZLE

SIZE

(A 4"

re 2-1/2"

AR-71 GENERAL

SIZE

A

SERIAL NO DWG NO.

SCALE 1 :8

76118 AR-71

01/5/2017

SERVICE

SHELL CONNECTIONS

COIL CONNECTIONS

SHEET #1

TEMPERATURE, F

°

DESIGN TEST

400 70

DESCRIPTION

300# RF.SO.

300#RF.SO.

REV

0

GENERAL HEAT EXCHANGERDIMENSIONAL FABRICATION

DRAWING

ELGE Packaged Steam- Hot Water Heaters

Standard Equipment:

Control Equipment ELGE Packaged Mac 4 is equipped with an electronic Steam Control valve All interconnective electrical wiring is 24 Volt connected to a 120/24 Volt transformer.

Installation Conditions

• Using the lowest possible supply temperature will reducefouling and maintenance.

• System must be installed upright• Condensate return must be drained to atmospheric

pressure.

Legend:

1. ELGE Shell&Coil HX Type A.2. Temperature Control Sensor3. Temperature Control Sensor4. Relief Valve Set to 75 psi

7. Thermostatic Air Vent8. Pressure Gauge9. Temperature Control Valve10. Strainer11. Temperature Control Sensor

FLOW DIAGRAM MAC 4

1408 Seabury Ave, Bronx, NY 10461 718-824-4901 www.alstromcorp.com

ECO Pack Plus Packaged Steam-Water Heaters

ELGE— A SIMPLE DESIGN

Shell and Coil is Reliable, Self-Cleaning.ELGE® ’s spun coil design eliminates stress at

the connection points due to expansion andcontraction.

Scale is automatically removed and can be easily flushed from the system through the

flush valve on the bottom of the Heater. Precision control is maintained at preset

water temperature to +/- 4 deg F.

ELGE TECHNOLOGIES L.L.CELGE TECHNOLOGIES L.L.C.

Even, Controlled Flow: When the copper is coiled, it is molded to a oval shape to yield a larger heat transfer area and spacers are inserted between the rows. Hot water or steam enters the head and is diverted through the coil bundle in a counter/cross-flow manner. The inner casing insure even and controlled flow over the exterior of the tubes in the bundle. Self – Cleaning:The ability of the coil to flex with temperature changers combined with the increased flow rate through the oval coil section insures a minimum of deposits.

Flow Through Shell & Coil HX Design

Alstrom’s unique design of highly efficientheat transfer

Efficient Flow Where Needed:The design of the collection chamber, and the an-gle of the tubes results in a low flow rate and less resistance where the water enters the tube. This means less erosion. However, as the tube changes from round to oval, there is a 50% increase in flow rate at the point of heat exchange.

Designed to LastThe connection of the tubes to the chamber and of the coil to the head provide a large, strong silver solder area (15% silver used Cu-Cu and 45% used Cu-Steel). The coil design allows expansion and contraction to occur in the coil and minimizes any stress at these connective points.

ECO Pack Plus Packaged Steam-Water Heaters

Tel: 718-824-4901 www.alstromcorp.com info@alstromcorp.comELGE TECHNOLOGIES L.L.C.

www.elgetechnologies.com

Instantaneous Solutions For Your Application

ELGE FEATURES & BENEFITS 1. HIGHLY EFFICIENT DESIGN—RECORDED UP TO 98% EFFICIENCY RATING

2. UP TO 3000 FEET OF COPPER TUBES IN THE COIL—OUR SECRET SOLUTION TOENERGY SAVINGS THROUGH SUPERIOR EFFICENCIES

3. WATER IN TUBES TO MINIMIZE DEPOSITS/OVERHEATING4. STEAM IN SHELL TO ELIMINATE DAMAGE TO COIL FROM HAMMER, HIGH

VELOCITY EROSION, OR SHOCK 5. A SPRING SHAPE COIL TO MINIMIZE EXPANSION AND CONTRACTION STRESSES

6. ACCURATE TEMPERATURE CONTROL

ELGE® ’s Steam Water Heater may be specified with self-actuated, electronic or pneumatic control valves. The state-of-the-art controls maintain a preset

water temperature to +/- 4 deg F.

ELGE® Shell and Coil Heat Exchangers consists of a copper coil (battery) within a pressure vessel. The coil is manufactured from drawn, smooth, spiral wound copper tubes with an oval cross section. The tubes are separated by spacers which form channels with uniform counter flow areas. The copper tubes are joined to a collection chamber with low flow resistance.

The heat exchangers are delivered from the factory insulated with 2” of glass fiber which is covered with a stainless steel jacket. This is removable for inspection. They have an adjustable foot stand for easy vertical installation.

ELGE TECHNOLOGIES, Swedish designed but now USA based manufactures highly efficient heat exchangers for Domestic hot water or Hydronic heating. Founded in 1873, ELGE® heat exchangers and prefabricated packaged systems have been installed throughout the U.S. and Canada since 1985. There are over 60,000 ELGE Packaged Water Heaters throughout the world.

Shell & Tube Heat Exchangers Shell & Coil Heat Exchangers Plate & Frame Heat Exchangers Replacement Tube Bundles Unfired Steam Generators Hot Water Generators Instantaneous Water Heaters Heat Recovery Systems Asphalt Heaters Packaged Pumping Systems Fuel Oil Preheaters Fuel Oil Heaters Liquid/Vapor Separators Heat Recovery Boilers Deaerators

Flowrite™ 599 Series

Technical BulletinDocument No. 155-776

TB 256September 23, 2009

2-1/2 to 6-Inch Valve, Two-Way & Three-Way,and Actuator Assembly Selection

Siemens Industry, Inc.

Description This Technical Bulletin will aid in the selection of a Flowrite 599 Series 2-1/2 Inch to 6-Inch valve and actuator assembly. Begin with the graph of water capacity and the chart of close-off pressures to select a valve and actuator according to specifications. Use Tables 1 through 4 to identify product numbers.

These tables show all the possible combinations of the Flowrite 599 Series valves and compatible actuators that can be ordered as complete valve assemblies from the factory.

The dimensions of all valves and the service envelope required for each actuator are included in Tables 5 through 7.

How to Use the Selection Graphs

Use Figure 1, the water capacity graph, to select a valve. Locate the specified flow rate on the vertical axis. Follow across on the horizontal line to the point of intersection with the specified pressure drop. Choose the valve size from the heavy diagonal lines across the graph.

Use Figure 2, the close-off pressure graph, to select an actuator. First locate the valve action and actuator power source specified. Locate the bar that represents the valve line size. The top of the bar indicates the maximum close-off pressure for tight close-off.

Use the legend at the bottom of the graph to identify the actuator.

How To Use The Valve Tables

Tables have been organized to help select a valve and actuator combination using additional specifications.

Moving from left to right, identify the valve by selecting the combination of parameters needed. Continue to the right to match the selected valve to a desired actuator.

A valve and actuator assembly part number is determined by combining the actuator prefix code with the suffix of the valve product number.

NOTES:

1. No valve will combine with all actuators.

2. The symbol “—” indicates a combination is not available.

5” 125# Flanged Siemens control valve with electric spring to close modulating actuator 24VAC

Technical Bulletin 256 Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Document No. 155-776 September 23, 2009

Page 2 Siemens Industry, Inc.

Selection Example Specification

Select a two-way normally closed valve and actuator assembly for an ANSI 125 piping system that will deliver 500 gpm (113 m3/h) chilled water with an equal percentage flow characteristic with no more than 5 psi (35 kPa) pressure drop across the fully open valve.

The valve shall be operated by a 24 Vac powered, 0 to 10 Vdc control signal, spring return electronic actuator, and must close off tightly against a pump head pressure of 15 psi (1 bar).

Valve Sizing

Use Figure 1, the water capacity graph, to begin valve sizing.

1. Locate 500 gpm (113 m3/h) on the vertical axis to find the required flow.

2. Read across the horizontal axis to find 5 psi (35 kPa), the maximum allowablepressure drop across the open valve.

3. Select a 5-inch (125 mm) 250 Cv (214 Kvs) line size valve because the point ofintersection falls close to the 5-inch line.

Actuator selection

Use Figures 2, the close-off pressure graph, to choose an actuator.

1. Locate the graph for electronic actuators for NC valves in the upper left side of thefigure.

2. Locate the bar for 5-inch valves. The black bar represents an SKB/C actuator.

3. Notice that the SKB/C has the sufficient force to provide tight close-off againstmore than 20 psi (1.4 bar) differential. For a 5-inch valve, select a SKC actuatorwith a 40 mm stroke.

Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Technical Bulletin 256 Document No. 155-776

September 23, 2009

Siemens Industry, Inc. Page 3

Product Number Selection

Use Table 1 for ANSI Class 125 valves. Begin at the left and select the specifications necessary.

1. Select a two-way, normally closed, equal percentage flow characteristic accordingto the specifications.

2. Select bronze trim for the low pressure water application and standard packing forchilled water.

3. Select the 5-inch line size determined from the sizing example above. Note the40 mm stroke of the valve. The valve part number is 599-05993.

4. Read across the top of the table to Electronic-hydraulic, 40 mm, and 24 Vac, 0-10Vdc control signal.The actuator part number is SKC62U.The actuator code number is 294.

5. Read down the column to determine the valve and actuator assembly productnumber is 294-05993.

NOTE: A valve and actuator can be ordered separately by using the part numbers from Steps 3 and 4.

References Two-Way Valves 2-1/2 to 6-inch Flanged Iron Body Technical Instructions (155-159)

Three-Way Valves 2-1/2 to 6-inch Flanged Iron Body Technical Instructions (155-160)

Technical Bulletin 256 Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Document No. 155-776 September 23, 2009

Page 4 Siemens Industry, Inc.

VF0

196R

2

Differential Pressure Δ p (psi)

Flo

w R

ate

( GP

M) F

low

Rate (m

3/hr)

Differential Pressure Δ p (kPa)

1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70

5060708090

100

200

300

400

500600700800900

1000

2000

3000

4000

10020

30

40

5060708090100

200

300

400

500600700800900

100

8 9 10 20 30 40 50 60 70 80 90 100

200

300

400

100

6" (150 mm) Cv = 400

5" (125 mm) Cv = 250

4" (100 mm) Cv = 160

3" (80 mm) Cv = 100

2-1/2" (65 mm) Cv = 63

Figure 1. Water Capacity Graph.

Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Technical Bulletin 256 Document No. 155-776

September 23, 2009

Siemens Industry, Inc. Page 5

A

2W NC &3W Upper

2W NO &3W Lower

B

Line Size (in)

600

500

400

300

200

100

0

700100

80

60

40

20

02-1/2" 3" 4" 5" 6"

Clo

se-O

ff P

ress

ure

(bar

)

Clo

se-O

ff P

ress

ure

(psi

)

Line Size (in)

7006005004003002001000

80090010001100160

140

120

60

80

100

40

20

02-1/2" 3" 4" 5" 6"

Clo

se-O

ff P

ress

ure

(bar

)

Clo

se-O

ff P

ress

ure

(psi

)Line Size (in)

400

300

200

100

0

500

80

60

40

20

02-1/2" 3" 4" 5" 6"

Clo

se-O

ff P

ress

ure

(bar

)

Clo

se-O

ff P

ress

ure

(psi

)

Line Size (in)

1400

1200

1000

800

600

400

200

0

1600

250

200

150

100

50

02-1/2" 3" 4" 5" 6"

Clo

se-O

ff P

ress

ure

(bar

)

Clo

se-O

ff P

ress

ure

(psi

)SKD

SKB/C

ELECTRONIC PNEUMATIC(with 30 psi supply)

VF0

333R

1

8-inch Pneumatic

12-inch with 3/4 in. stroke

12-inch with 1-1/2 in. stroke

Figure 2. Close-off Pressures for 2-1/2 through 6-Inch Valves.

Technical Bulletin 256 Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Document No. 155-776 September 23, 2009

Page 6 Siemens Industry, Inc.

Table 1. Two-Way and Three-Way Flanged Valves, ANSI Class 125. Electro-Hydraulic – 24 Vac

Actio

n

Port

& Ch

arac

teris

tic

Trim

Pack

ing

Flow Rate

Valve Size

Stro

ke

Stroke 20 mm Stroke 40 mm Stroke

Description Non-Spring Return Spring Return NSR Spring Return

Floating 0 to10 Vdc, 4 to20 mA Floating 0 to10 Vdc, 4 to20 mA

Technical Instruction

s 155-181P25 155-171P25 155-181P25 155-

171P25 155-180P25 155-163P25 155-171P25 155-163P25

Actuator P/N SKD82.50U SKB82.50U SKD82.51U SKB82.50U SKD62U SKB62U SKC82.60U SKC82.61U SKC62U

Cv Kvs In mm Valve P/N Actuator Code

275 290 276 289 274 291 293 292 294

Norm

ally O

pen 2-

Way

Equ

al P

erce

ntag

e

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05980 275-05980 290-05980 276-05980 289-05980 274-05980 291-05980 — — —

100 86 3 80 20 599-05981 275-05981 290-05981 276-05981 289-05981 274-05981 291-05981 — — —

160 140 4 100 40 599-05982 — — — — — — 293-05982 292-05982 294-05982

250 215 5 125 40 599-05983 — — — — — — 293-05983 292-05983 294-05983

400 340 6 150 40 599-05984 — — — — — — 293-05984 292-05984 294-05984

Stai

nles

s

Stee

l

63 54 2.5 65 20 599-05960 275-05960 290-05960 276-05960 289-05960 274-05960 291-05960 — — —

100 86 3 80 20 599-05961 275-05961 290-05961 276-05961 289-05961 274-05961 291-05961 — — —

160 140 4 100 40 599-05962 — — — — — — 293-05962 292-05962 294-05962

250 215 5 125 40 599-05963 — — — — — — 293-05963 292-05963 294-05963

400 340 6 150 40 599-05964 — — — — — — 293-05964 292-05964 294-05964

2-W

ay L

inea

r

Stai

nles

s

Stee

l

63 54 2.5 65 20 599-06060 275-06060 290-06060 276-06060 289-06060 274-06060 291-06060 — — —

100 86 3 80 20 599-06061 275-06061 290-06061 276-06061 289-06061 274-06061 291-06061 — — —

160 140 4 100 40 599-06062 — — — — — — 293-060962 292-060962 294-060962

250 215 5 125 40 599-06063 — — — — — — 293-06063 292-06063 294-06063

400 340 6 150 40 599-06064 — — — — — — 293-06064 292-06064 294-06064

Hi-T

emp

63 54 2.5 65 20 599-06040 275-06040 290-06040 276-06040 289-06040 274-06040 291-06040 — — —

100 86 3 80 20 599-06041 275-06041 290-06041 276-06041 289-06041 274-06041 291-06041 — — —

160 140 4 100 40 599-06042 — — — — — — 293-06042 292-06042 294-06042

250 215 5 125 40 599-06043 — — — — — — 293-06043 292-06043 294-06043

400 340 6 150 40 599-06044 — — — — — — 293-06044 292-06044 294-06044

Norm

ally C

lose

d 2-W

ay E

qual

Per

cent

age

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05990 275-05990 290-05990 276-05990 289-05990 274-05990 291-05990 — — —

100 86 3 80 20 599-05991 275-05991 290-05991 276-05991 289-05991 274-05991 291-05991 — — —

160 140 4 100 40 599-05992 — — — — — — 293-05992 292-05992 294-05992

250 215 5 125 40 599-05993 — — — — — — 293-05993 292-05993 294-05993

400 340 6 150 40 599-05994 — — — — — — 293-05994 292-05994 294-05994

Stai

nles

s St

eel 63 54 2.5 65 20 599-05970 275-05970 290-05970 276-05970 289-05970 274-05970 291-05970 — — —

100 86 3 80 20 599-05971 275-05971 290-05971 276-05971 289-05971 274-05971 291-05971 — — —

160 140 4 100 40 599-05972 — — — — — — 293-05972 292-05972 294-05972

250 215 5 125 40 599-05973 — — — — — — 293-05973 292-05973 294-05973

400 340 6 150 40 599-05974 — — — — — — 293-05974 292-05974 294-05974

2-W

ay L

inea

r

Stai

nles

s

Stee

l

63 54 2.5 65 20 599-06070 275-06070 290-06070 276-06070 289-06070 274-06070 291-06070 — — —

100 86 3 80 20 599-06071 275-06071 290-06071 276-06071 289-06071 274-06071 291-06071 — — —

160 140 4 100 40 599-06072 — — — — — — 293-06072 292-06072 294-06072

250 215 5 125 40 599-06073 — — — — — — 293-06073 292-06073 294-06073

400 340 6 150 40 599-06074 — — — — — — 293-06074 292-06074 294-06074

Hi-T

emp

63 54 2.5 65 20 599-06050 275-06050 290-06050 276-06050 289-06050 274-06050 291-06050 — — —

100 86 3 80 20 599-06051 275-06051 290-06051 276-06051 289-06051 274-06051 291-06051 — — —

160 140 4 100 40 599-06052 — — — — — — 293-06052 292-06052 294-06052

250 215 5 125 40 599-06053 — — — — — — 293-06053 292-06053 294-06053

400 340 6 150 40 599-06054 — — — — — — 293-06054 292-06054 294-06054

Line

ar

3-W

a y M

ixin

g Bron

ze

Stan

dard

63 54 2.5 65 20 599-06160 275-06160 290-06160 276-06160 289-06160 274-06160 291-06160 — — — 100 86 3 80 20 599-06161 275-06161 290-06161 276-06161 289-06161 274-06161 291-06161 — — — 160 140 4 100 40 599-06162 — — — — — — 293-06162 292-06162 294-06162250 215 5 125 40 599-06163 — — — — — — 293-06163 292-06163 294-06163400 340 6 150 40 599-06164 — — — — — — 293-06164 292-06164 294-06164

Stai

nles

s St

eel

63 54 2.5 65 20 599-06165 275-06165 290-06165 276-06165 289-06165 274-06165 291-06165 — — — 100 86 3 80 20 599-06166 275-06166 290-06166 276-06166 289-06166 274-06166 291-06166 — — — 160 140 4 100 40 599-06167 — — — — — — 293-06167 292-06167 294-06167250 215 5 125 40 599-06168 — — — — — — 293-06168 292-06168 294-06168400 340 6 150 40 599-06169 — — — — — — 293-06169 292-06169 294-06169

Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Technical Bulletin 256 Document No. 155-776

September 23, 2009

Siemens Industry, Inc. Page 7

Table 2. Two-Way and Three-Way, Flanged Valves, ANSI Class 125. Ch

arac

teris

tic

Trim

Pack

ing

Flow Rate

Valve Size

Stro

ke

Pneumatic Pneumatic with Factory Mounted Positioner Stroke 20 mm 40 mm 20 mm 40 mm

Description 8-inch12-inch

8-inch12-inch

Standard Hi Temp Standard Hi-Temp Technical

Instructions 155-161P25 155-162P25 155-161P25 155-162P25

Actuator P/N 599-01050 599-01051 599-01010 599-01000 599-01050 & 599-00426

599-01051 & 599-00426

599-01010 & 599-00423

599-01000 & 599-00423

Cv Kvs In mm Valve P/N Actuator Code

277 278 279 281 283 284 285 287

2-W

ay E

qual

Per

cent

age.

NO

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05980 277-05980 — 279-05980 — 283-05980 — 285-05980 —100 86 3 80 20 599-05981 277-05981 — 279-05981 — 283-05981 — 285-05981 —160 140 4 100 40 599-05982 — — — 281-05982 — — — 287-05982250 215 5 125 40 599-05983 — — — 281-05983 — — — 287-05983400 340 6 150 40 599-05984 — — — 281-05984 — — — 287-05984

Stai

nles

s St

eel 63 54 2.5 65 20 599-05960 277-05960 — 279-05960 — 283-05960 — 285-05960 —

100 86 3 80 20 599-05961 277-05961 — 279-05961 — 283-05961 — 285-05961 —

160 140 4 100 40 599-05962 — — — 281-05962 — — — 287-05962

250 215 5 125 40 599-05963 — — — 281-05963 — — — 287-05963

400 340 6 150 40 599-05964 — — — 281-05964 — — — 287-05964

2-W

ay L

inea

r NO

Stai

nles

s St

eel

63 54 2.5 65 20 599-06060 277-06060 — 279-06060 — 283-06060 — 285-06060 —

100 86 3 80 20 599-06061 277-06061 — 279-06061 — 283-06061 — 285-06061 —

160 140 4 100 40 599-06062 — — — 281-06062 — — — 287-06062

250 215 5 125 40 599-06063 — — — 281-06063 — — — 287-06063

400 340 6 150 40 599-06064 — — — 281-06064 — — — 287-06064

Hi-T

emp

63 54 2.5 65 20 599-06040 277-06040 278-06040 279-06040 — 283-06040 284-06040 285-06040 —

100 86 3 80 20 599-06041 277-06041 278-06041 279-06041 — 283-06041 284-06041 285-06041 —

160 140 4 100 40 599-06042 — — — 281-06042 — — — 287-06042

250 215 5 125 40 599-06043 — — — 281-06043 — — — 287-06043

400 340 6 150 40 599-06044 — — — 281-06044 — — — 287-06044

2-W

ay E

qual

Per

cent

age

NC

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05990 277-05990 — 279-05950 — 283-05950 — 285-05950 —

100 86 3 80 20 599-05991 277-05991 — 279-05951 — 283-05951 — 285-05951 —

160 140 4 100 40 599-05992 — — — 281-05952 — — — 287-05952

250 215 5 125 40 599-05993 — — — 281-05953 — — — 287-05953

400 340 6 150 40 599-05994 — — — 281-05954 — — — 287-05954

Stai

nles

s St

eel 63 54 2.5 65 20 599-05970 277-05970 — 279-05970 — 283-05970 — 285-05970 —

100 86 3 80 20 599-05971 277-05971 — 279-05971 — 283-05971 — 285-05971 —

160 140 4 100 40 599-05972 — — — 281-05972 — — — 287-05972

250 215 5 125 40 599-05973 — — — 281-05973 — — — 287-05973

400 340 6 150 40 599-05974 — — — 281-05974 — — — 287-05974

2-W

ay

Line

ar N

C

Stai

nles

s St

eel

63 54 2.5 65 20 599-06070 277-06070 — 279-06070 — 283-06070 — 285-06070 —

100 86 3 80 20 599-06071 277-06017 — 279-06071 — 283-06070 — 285--06070 —

160 140 4 100 40 599-06072 — — — 281-06072 — — — 287-06072

250 215 5 125 40 599-06073 — — — 281-06073 — — — 287-06073

400 340 6 150 40 599-06074 — — — 281-06074 — — — 287-06074

Hi-T

emp

63 54 2.5 65 20 599-06050 277-06050 278-06050 279-06050 — 283-06050 284-06050 285-06050 —

100 86 3 80 20 599-06051 277-06051 278-06051 279-06051 — 283-06050 284-06051 285-06051 —

160 140 4 100 40 599-06052 — — — 281-06052 — — — 287-06052

250 215 5 125 40 599-06053 — — — 281-06053 — — — 287-06053

400 340 6 150 40 599-06054 — — — 281-06954 — — — 287-06054

3-W

ay M

ixin

g L

inea

r

Bron

ze

Stan

dard

63 54 2.5 65 20 599-06160 277-06160 — 279-06160 — 283-06160 — 285-06160 —

100 86 3 80 20 599-06161 277-06161 — 279-06161 — 283-06161 — 285-06161 —

160 140 4 100 40 599-06162 — — — 281-06162 — — — 287-06162

250 215 5 125 40 599-06163 — — — 281-06163 — — — 287-06163

400 340 6 150 40 599-06164 — — — 281-06174 — — — 287-06174

Stai

nles

s St

eel

63 54 2.5 65 20 599-06165 277-06165 — 279-06165 — 283-06165 — 285-06165 —100 86 3 80 20 599-06166 277-06166 — 279-06166 — 283-06166 — 285-06166 —160 140 4 100 40 599-06167 — — — 281-06167 — — — 287-06167250 215 5 125 40 599-06168 — — — 281-06168 — — — 287-06168400 340 6 150 40 599-06169 — — — 281-06169 — — — 287-06169

Technical Bulletin 256 Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Document No. 155-776 September 23, 2009

Page 8 Siemens Industry, Inc.

Table 3. Two-Way and Three-Way, Flanged Valves, ANSI Class 250, Continued.

Actio

n Po

rt &

Char

acte

ristic

Tr

im

Pack

ing Flow

Rate Valve Size

Stro

ke

Electronic-Hydraulic – 24 Vac Stroke 20 mm 40 mm

Description Non-Spring Return Spring Return NSR Spring Return

Floating 0 to 10 Vdc, 4 to 20 mA

0 to 10 Vdc, 4 to 20 10 Floating

Technical Instructions

155-181P25 155-171P25 155-181P25 155-171P25 155-18025 155-163P25 155-171P25

Actuator P/N SKD82.50U SKB82.50U SKD82.51U SKB82.51U SKD62U SKB62U SKC82.60U SKC82.61U SKC62U

Cv Kvs In mm Valve P/N Actuator Code

275 290 276 289 274 291 293 292 294

Nor

mal

ly O

pen 2-

Way

Equ

al P

erce

ntag

e

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05940 275-05940 290-05940 276-05940 289-05940 274-05940 291-05940 — — —

100 86 3 80 20 599-05941 275-05941 290-05941 276-05941 289-05941 274-05941 291-05941 — — —

160 140 4 100 40 599-05942 — — — — — — 293-05942 292-05942 294-05942

250 215 5 125 40 599-05943 — — — — — — 293-05943 292-05943 294-05943

400 340 6 150 40 599-05944 — — — — — — 293-05944 292-05944 294-05944

Stai

nles

s St

63 54 2.5 65 20 599-05920 275-05920 290-05920 276-05920 289-05920 274-05920 291-05920 — — —

100 86 3 80 20 599-05921 275-05921 290-05921 276-05921 289-05921 274-05921 291-05921 — — —

160 140 4 100 40 599-05922 — — — — — — 293-05922 292-05922 294-05922

250 215 5 125 40 599-05923 — — — — — — 293-05923 292-05923 294-05923

400 340 6 150 40 599-05924 — — — — — — 293-05924 292-05924 294-05924

2-W

ay L

inea

r

Stai

nles

s St

63 54 2.5 65 20 599-06140 275-06140 290-06140 276-06140 289-06140 274-06140 291-06140 — — —

100 86 3 80 20 599-06141 275-06141 290-06141 276-06141 289-06141 274-06141 291-06141 — — —

160 140 4 100 40 599-06142 — — — — — — 293-06142 292-06142 294-06142

250 215 5 125 40 599-06143 — — — — — — 293-06143 292-06143 294-06143

400 340 6 150 40 599-06144 — — — — — — 293-06144 292-06144 294-06144

Hi-

Tem

p

63 54 2.5 65 20 599-06120 275-06120 290-06120 276-06120 289-06120 274-06120 291-06120 — — —

100 86 3 80 20 599-06121 275-06121 290-06121 276-06121 289-06121 274-06121 291-06121 — — —

160 140 4 100 40 599-06122 — — — — — — 293-06122 292-06122 294-06122

250 215 5 125 40 599-06123 — — — — — — 293-06123 292-06123 294-06123

400 340 6 150 40 599-06124 — — — — — — 293-06124 292-06124 294-06124

Nor

mal

ly C

lose

d

2-W

ay E

qual

Per

cent

age

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05950 275-05950 290-05950 276-05950 289-05950 274-05950 291-05950 — — — 100 86 3 80 20 599-05951 275-05951 290-05951 276-05951 289-05951 274-05951 291-05951 — — —

160 140 4 100 40 599-05952 — — — — — — 293-05952 292-05952 294-05952 250 215 5 125 40 599-05953 — — — — — — 293-05953 292-05953 294-05953 400 340 6 150 40 599-05954 — — — — — — 293-05954 292-05954 294-05954

Stai

nles

s St

63 54 2.5 65 20 599-05930 275-05930 290-05930 276-05930 289-05930 274-05930 291-05930 — — — 100 86 3 80 20 599-05931 275-05931 290-05931 276-05931 289-05931 274-05931 291-05931 — — — 160 140 4 100 40 599-05932 — — — — — — 293-05932 292-05932 294-05932 250 215 5 125 40 599-05933 — — — — — — 293-05933 292-05933 294-05933 400 340 6 150 40 599-05934 — — — — — — 293-05934 292-05934 294-05934

2-W

ay L

inea

r

Stai

nles

s St

63 54 2.5 65 20 599-06150 275-06150 290-06150 276-06150 289-06150 274-06150 291-06150 — — — 100 86 3 80 20 599-06151 275-06151 290-06151 276-06151 289-06151 274-06151 291-06151 — — — 160 140 4 100 40 599-06152 — — — — — — 293-06152 292-06152 294-06152 250 215 5 125 40 599-06153 — — — — — — 293-06153 292-06153 294-06153 400 340 6 150 40 599-06154 — — — — — — 293-06154 292-06154 294-06154

Hi-T

emp

63 54 2.5 65 20 599-06130 275-06130 290-06130 276-06130 289-06130 274-06130 291-06130 — — — 100 86 3 80 20 599-06131 275-06131 290-06131 276-06131 289-06131 274-06131 291-06131 — — — 160 140 4 100 40 599-06132 — — — — — — 293-06132 292-06132 294-06132 250 215 5 125 40 599-06133 — — — — — — 293-06133 292-06133 294-06133 400 340 6 150 40 599-06134 — — — — — — 293-06134 292-06134 294-06134

Line

ar

3-W

ay M

ixin

g Bron

ze

Stan

dard

63 54 2.5 65 20 599-06170 275-06170 290-06170 276-06170 289-06170 274-06170 291-06170 — — — 100 86 3 80 20 599-06171 275-06171 290-06171 276-06171 289-06171 274-06171 291-06171 — — — 160 140 4 100 40 599-06172 — — — — — — 293-06172 292-06172 294-06172 250 215 5 125 40 599-06173 — — — — — — 293-06173 292-06173 294-06173 400 340 6 150 40 599-06174 — — — — — — 293-06174 292-06174 294-06174

Stai

nles

s St

63 54 2.5 65 20 599-06175 275-06175 290-06175 276-06175 289-06175 274-06175 291-06175 — — — 100 86 3 80 20 599-06176 275-06176 290-06176 276-06176 289-06176 274-06176 291-06176 — — — 160 140 4 100 40 599-06177 — — — — — — 293-06177 292-06177 294-06177 250 215 5 125 40 599-06178 — — — — — — 293-06178 292-06178 294-06178 400 340 6 150 40 599-06179 — — — — — — 293-06179 294-06179 294-06179

Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Technical Bulletin 256 Document No. 155-776

September 23, 2009

Siemens Industry, Inc. Page 9

Table 4. Two-Way and Three-Way, Flanged Valves, ANSI Class 250. Ch

arac

teris

tic

Trim

Pack

ing Flow

Rate Valve Size

Stro

ke

Pneumatic Pneumatic with Factory Mounted Positioner Stroke 20 mm 40 mm 20 mm 40 mm

Description 8-inch 12-inch 8-inch 12-inchStandard Hi-Temp Standard Hi-Temp

Technical Instructions 155-161P25 155-162P25 155-161P25 155-162P25

Actuator P/N 599-01050 599-01051 599-01010 599-01000 599-01050 & 599-00426

599-01051 & 599-00426

599-01010 & 599-00423

599-01000 & 599-00423

Cv Kvs In mm Valve P/N Actuator Codes

277 278 279 281 283 284 285 287

No

rmal

ly O

pen

2-W

ay E

qual

Per

cent

age

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05940 277-05940 — 279-05940 — 283-05940 — 285-05940 — 100 86 3 80 20 599-05941 277-05941 — 279-05941 — 283-05941 — 285-05941 — 160 140 4 100 40 599-05942 — — — 281-05942 — — — 287-05942250 215 5 125 40 599-05943 — — — 281-05943 — — — 287-05943400 340 6 150 40 599-05944 — — — 281-05944 — — — 287-05944

Stai

nles

s St

eel

63 54 2.5 65 20 599-05920 277-05920 — 279-05920 — 283-05920 — 285-05920 — 100 86 3 80 20 599-05921 277-05921 — 279-05921 — 283-05921 — 285-05921 — 160 140 4 100 40 599-05922 — — — 281-05922 — — — 287-05922250 215 5 125 40 599-05923 — — — 281-05923 — — — 287-05923400 340 6 150 40 599-05924 — — — 281-05924 — — — 287-05924

2-w

ay L

inea

r

63 54 2.5 65 20 599-06120 277-06120 — 279-06120 — 283-06120 — 285-06120 —

Hi T

emp

100 86 3 80 20 599-06121 277-06121 — 279-06121 — 283-06121 — 285-06121 —

160 140 4 100 40 599-06122 — — — 281-06122 — — — 287-06122

250 215 5 125 40 599-06123 — — — 281-06123 — — — 287-06123

400 340 6 150 40 599-06124 — — — 281-06124 — — — 287-06124

No

rmal

ly C

lose

d

2-W

ay E

qual

Per

cent

age

Bron

ze

Stan

dard

63 54 2.5 65 20 599-05950 277-05950 — 279-05950 — 283-05950 — 285-05950 — 100 86 3 80 20 599-05951 277-05951 — 279-05951 — 283-05951 — 285-05951 —

160 140 4 100 40 599-05952 — — — 281-05952 — — — 287-05952250 215 5 125 40 599-05953 — — — 281-05953 — — — 287-05953400 340 6 150 40 599-05954 — — — 281-05954 — — — 287-05954

Stai

nles

s St

eel

63 54 2.5 65 20 599-06120 277-06120 278-06120 279-06120 — 283-06120 284-06120 285-06120 —

100 86 3 80 20 599-06121 277-06121 278-06121 279-06121 — 283-06121 284-06121 285-06121 —

160 140 4 100 40 599-06122 — — — 281-06122 — — — 287-06122

250 215 5 125 40 599-06123 — — — 281-06123 — — — 287-06123

400 340 6 150 40 599-06124 — — — 281-06124 — — — 287-06124

2-W

ay

Line

ar

63 54 2.5 65 20 599-06150 277-06150 — 279-06150 — 283-06150 — 285-06150 —

100 86 3 80 20 599-06151 277-06151 — 279-06151 — 283-06151 — 285-06151 —

160 140 4 100 40 599-06152 — — — 281-06152 — — — 287-06152

250 215 5 125 40 599-06153 — — — 281-06153 — — — 287-06153

400 340 6 150 40 599-06154 — — — 281-06154 — — — 287-06154

Hi-T

emp

63 54 2.5 65 20 599-06130 277-06130 278-06130 279-06130 — 283-06130 284-06130 285-06130 —

100 86 3 80 20 599-06131 277-06131 278-06131 279-06131 — 283-06131 284-06131 285-06131 —

160 140 4 100 40 599-06132 — — — 281-06132 — — — 287-06132

250 215 5 125 40 599-06133 — — — 281-06133 — — — 287-06133

400 340 6 150 40 599-06134 — — — 281-06134 — — — 287-06134

Line

ar

3-W

a y M

ixin

g

Bron

ze

Stan

dard

63 54 2.5 65 20 599-06170 277-06170 — 279-06170 — 283-06170 — 285-06170 — 100 86 3 80 20 599-06171 277-06171 — 279-06171 — 283-06171 — 285-06171 — 160 140 4 100 40 599-06172 — — — 281-06172 — — — 287-06172250 215 5 125 40 599-06173 — — — 281-06173 — — — 287-06173400 340 6 150 40 599-06174 — — — 281-06174 — — — 287-06174

Stai

nles

s St

.

63 54 2.5 65 20 599-06175 277-06175 — 279-06175 — 283-06175 — 285-06175 — 100 86 3 80 20 599-06176 277-06176 — 279-06176 — 283-06176 — 285-06176 — 160 140 4 100 40 599-06177 — — — 281-06177 — — — 287-06177250 215 5 125 40 599-06178 — — — 281-06178 — — — 287-06178400 340 6 150 40 599-06179 — — — 281-06179 — — — 287-06179

Note: Spring start point NO = 3 to 8 psi (21 to 55 kPa), NC = 10 to 15 psi (69 to 103 kPa), 3-Way = 8 to 13 psi (55 to 90 kPa),

Technical Bulletin 256 Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Document No. 155-776 September 23, 2009

Page 10 Siemens Industry, Inc.

Figure 3. Actuator Dimensions.

Table 5. Dimensions of the Actuator and Recommended Service Envelope. Dimensions in Inches (Millimeters).

Actuator Actuator

Prefix Code

Actual Height of Actuator

H1

Service Height

H

Actual Width or Diameter of Actuator

W1

Service Width

W

8-inchPneumatic

277, 278, 283, 284

14-1/8(359)

26 (660) 8-3/4 (222) diameter 21

(533)

12-inchPneumatic

279, 281, 285, 287

17-7/8(454)

30 (762) 15-1/8 (384) diameter 27

(686)

SKB/C with handle closed

289, 290, 291, 292, 292, 294

14-3/4(375)

22-3/4(578)

7 (178) width × 8-15/16 (226) depth

25 (635)

SKD 274, 275, 276

11-13/16(300)

19-3/4(500)

5 (127) width × 6-5/8 (169) depth

14-1/2(360)

Flowrite 599 Series 2-1/2 to 6-Inch Valve, 2-Way & 3-Way and Actuator Assembly Selection Technical Bulletin 256 Document No. 155-776

September 23, 2009

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. Flowrite is a registered trademark of Siemens Industry, Inc. Other product or company names mentioned herein may be the trademarks of their respective owners. © 2009 Siemens Industry, Inc.

Siemens Industry, Inc. Building Technologies Division 1000 Deerfield Parkway Buffalo Grove, IL 60089-4513 U.S.A.

Your feedback is important to us. If you have comments about this document, please send them to sbt_technical.editor.us.sbt@siemens.com

Document No. 155- 776 Printed in the U.S.A.

Page 11

Table 6. Three-Way Valve Dimensions.

Nominal Valve Size

Inches (mm)

Dimensions in Inches (Millimeters) Weight

lb (kg) A B C

D

ANSI Class 125

ANSI Class 250

Service Flange

ANSI Class 125

ANSI Class 250

2-1/2(65)

10-7/8(276.4)

11-1/2(292)

9-3/8(239.2)

3-3/4(95)

6-1/2(165)

104 (47)

117 (53)

3 (80)

11-3/4(298.5)

12-1/2(318)

10-3/4(272)

4-3/8(111)

7 (178)

114 (52)

132 (60)

4 (100)

13-7/8(352.4)

14-1/2(368)

12-1/2(317.6)

5-1/8(131.6)

7-1/2(191)

146 (66)

174 (79)

5 (125)

15-3/4(400)

16-5/8(422)

13-3/4(349.2)

5-3/4(146.2)

8-1/2(216)

170 (77)

215 (99)

6 (150)

17-3/4(451)

18-5/8(473)

15-1/2(393)

6-5/8(167)

9-1/2(241)

199 (90)

261 (119)

Figure 4. Dimensions.

Table 7. Two-Way Valve Dimensions.

Valve Action

Nominal

Valve Size

Inches (mm)

ANSI Class 125 ANSI Class 250

Dimensions in Inches (mm) Weight lb (kg)

Dimensions in Inches (mm) Weight lb (kg) A B C A B C

No

rmal

ly O

pen

2-1/2(65)

10-7/8(276)

11 (281)

4-7/8(123)

107 (49)

11-1/2(292)

11 (281)

4-7/8(123)

121 (55)

3 (80)

11-3/4(299)

12-1/4(312)

5-5/16(135)

118 (53)

12-1/2(318)

12-1/4(312)

5-5/16(135)

139 (63)

4 (100)

13-7/8(352)

13-9/16(345)

6-5/16(160)

153 (70)

14-1/2(368)

13-5/8(344.7)

6-5/16(160)

183 (83)

5 (125)

15-3/4(400)

15-3/16(385)

7 (177)

176 (80)

16-5/8(422)

15-3/16(385)

7 (177)

222 (101)

6 (150)

17-3/4(451)

16-3/4(426)

7-7/8(200)

211 (96)

18-5/8(473)

16-3/4(426)

7-7/8(200)

277 (126)

No

rmal

ly C

lose

d

2-1/2(65)

10-7/8(276)

10-5/8(269)

4-7/8(125)

107 (48)

11-1/2(292)

11 (279)

5-3/8(135)

120 (55)

3 (80)

11-3/4(299)

11-15/16(303)

5-5/8(142)

117 (53)

12-1/2(318)

12-7/16(315)

6 (154)

136 (62)

4 (100)

13-7/8(352)

13-15/16(354)

6-5/8(168)

154 (70)

14-1/2(368)

14-3/8(364)

7 (178)

184 (84)

5 (125)

15-3/4(400)

15-1/4(388)

7-1/2(185)

175 (79)

16-5/8(422)

15-3/4(399)

7-3/4(196)

221 (101)

6 (150)

17-3/4(451)

171/16 (433)

8-3/16(207)

210 (95)

18-5/8(473)

17-1/2(444)

8-5/8(218)

275 (125)

1 /4 DIN PROCESS CONTROLLER

Single Loop

Profile Controller (optional)

NEMA 4X Front Panel

PowerTune®

5 3 5

The Interface Solution Expertswww.miinet.com

5 3 5

The Interface Solution Experts

NOW A

PRODUCT!

PS535 V7 April 2011

DESCRIPTIONThe 535 is a 1/4 DIN single loop process controller(SLC) designed to control any analog processvariable (temperature, pressure, flow, level, etc.) inbatch and continuous processes. The 535’s outstand-ing feature mix enables it to bring processes undercontrol faster, more accurately and easily than com-petitive SLC’s, PLC, and PC based control systems.

The 535 is widely considered to be a best-in-classinstrument due to three fundamental strengths.

Four Field changeable output modulelocations (mA, Relay, SSR, DC, Logic,Loop Power)

Two Universal (U, mA, RTD, T/C)PV inputs

Option board I/O• RSP• 5 contact inputs• Actuator Slideware

Optional RS 485CommunicationsModule

SocketedPROM

10 year lithium batteryfor memory retention

Rugged Construction• NEMA 4x front panel• Thick damage resistant keys• EMI/RFI resistance• Input/output isolation

Operator Interface• 3 line vaccum flourescent display• English prompts/messages• Key color state indication

Tuning and Control Algorithms• Powertune - Adaptive tuning• Powertune - Pretuning• Powertune - Powerback anti overshoot• 8 stored PID sets• Multiple output algorithms

Expanded information about these strengths isdetailed throughout this brochure.

Page 2 PS535 V7

PowerTune® Powerbackreduces or eliminates SPovershoot at power up orafter setpoint changes.

PowerTune® Functions

PowerTune® Pretunegets process up andrunning quickly andaccurately. Optimalpretune performanceis achieved byselecting a pretunealgorithm appropriatefor your process.

Pretune ➤

➤

Powerback ➤

➤ ➤

Normal Opertion ➤ Load Chage

➤

➤ Adaptive Tune

➤

➤

PowerTune® Pretune automatically sets:1) Initial PID parameters2) Adaptive Tuning parameters3) Powerback parameters

PowerTune® AdaptiveTune modifies PIDparameters toeliminate oscillationor drift when loadchanges occur.Adaptive tune worksautomatically withoutdisturbing theprocess.

Compression gasket forreliable NEMA 4X Seal

Extra large mounting lip tocompensate for off size panelcutouts

Recessed location forengineering unit label

Extra large dedicated PVindication is viewable from adistance in all light conditions

Custom built vacuum florescentdisplay with two full alpha-numericlines and dedicated x-largePV readout

Optically correct, high contrast/lowglare filter provides crisp reading evenin sunlight

Red under key LED provides clear stateindication (A/M, RSP) from a distance

Thick silicone rubber keys provideexcellent feel and damage resistance

Backlit keypad provides view ability in dark areas

Two nine characteralpha numeric displaysindicates promptsin English

Recessed location for looptag information

FEATURE ILLUSTRATION

PS535 V7 Page 3

TOP (as viewed from back of controller)

1

2

3

4

5

6

7

8 16

15

14

13

12

11

10

9 17

18

19

20

21

22

23

24 32

31

30

29

28

27

26

25L INE

NEUTRAL

OUT 1–

OUT 1+

OUT 2–

OUT 2+

OUT 3–

OUT 3+

EARTH GND

S/W 1

S/W 2

S/W 3

OUT 4 –

OUT 4 +

DINGND

DIN 1

DIN 2

DIN 3

DIN 4

DIN 5

COLDJUNC–

COLDJUNC+

RTD 3RD

PV1–

PV1+

COMM–

COMM+

PV2–

PV2+

notused

}}}

RS 485

UNIVERSAL PV INPUT 2

UNIVERSAL PV INPUT 1

CONTACT INPUTS

}}

OUTPUT 4

REMOTE SET POINT INPUT

+

-

{{{

OUTPUT 3

X OUTPUT 2

OUTPUT 1X

OPTIONALACTUATORSLIDEWAREFEEDBACK

{90-250Vac

24Vac or dc

RSP–

RSP+

Input Functions

PV Input (Universal) RSP Input (Optional) Contact Inputs (Optional)PV1 PV2 Switch on demand Range Activate RSPPV1 PV2 Switch on PV1 failure Bias Trip to ManualPV1 - PV2 Gain Lock in Manual modePV1 + PV2 Local SP Tracking Select Alternate SP (1-8)Average of PV1, PV2 Select Alternate PID (1-8)High Select Acknowledge AlarmLow Select Inhibit Integral Control

Invert Control ActionInhibit Adaptive TuningEmulate Front panel KeysDigital Input for Data Acquisition

Output FunctionsOutputs are plug-in modules.

Types include: Analog (mA), Mechanical Relay, Solid State Relay, DC Logic, and Loop Power.Output 1 Output 2 Output 3 Output 4Control Second Control Alarm Alarm

Alarm Retransmission RetransmissionRetransmission RS 485 Driver RS 485 DriverRS 485 Driver Loop Power Loop Power

Page 4 PS535 V7

INPUT FUNCTIONS

PROCESS VARIABLETwo universal inputs are available. Any input type may be fieldselected via jumper. Dual inputs may be used to:

• Select input on demand• Switch upon failure• Derive a PV by subtracting (PV1 - PV2)• Derive a PV by adding (PV1 + PV2)• Derive a PV by averaging (PV1 + PV2)/2• Select highest PV• Select lowest PV

THERMOCOUPLES RANGE °F RANGE °CB 104 to 3301 40 to 1816E –454 to 1832 –270 to 1000J –346 to 1832 –210 to 1000K –418 to 2500 –250 to 1371N –328 to 2372 –200 to 1300R 32 to 3182 0 to 1750S 32 to 3182 0 to 1750T –328 to 752 –200 to 400W 32 to 4172 0 to 2300W5 32 to 4172 0 to 2300Platinel II –148 to 2550 –100 to 1399

RTDs RANGE °F RANGE °C100ohm Pt.(DIN) –328 to 1562 –200 to 850

–328.0 to 545.0 –200.0 to 285.0100ohm Pt.(JIS) –328 to 1202 –200 to 650

–328.0 to 545.0 –200.0 to 285.0100ohm Pt.(SAMA) –328 to 1202 –200 to 650

–328.0 to 545.0 –200.0 to 285.0Transmitter Signals Input RangeMilliamps DC 4 to 20

0 to 20Voltage DC 1 to 5

0 to 5Millivolts DC 0 to 10

0 to 300 to 600 to 100–25 to 25

ACCURACYTYPICAL MAXIMUM

LINEAR (Voltage) ± 0.025% of full scale ± 0.100% of full scale(Current) ± 0.050% of full scale ± 0.150% of full scale

RTD 1° ± 0.050% of span ± 0.150% of span0.1° ± 0.095% of span ± 0.225% of span

THERMOCOUPLEJ, K, N, E (> 0°C) ± 0.060% of span ± 0.150% of spanJ, K, N, E (< 0°C) ± 0.150% of span ± 0.375% of spanT (> 0°C) ± 0.100% of span ± 0.250% of spanT (< 0°C) ± 0.250% of span ± 0.625% of spanR, S (> 500°C) ± 0.150% of span ± 0.375% of spanR, S (< 500°C) ± 0.375% of span ± 0.925% of spanB (> 500°C) ± 0.150% of span ± 0.375% of spanB (< 500°C) ± 0.500% of span ± 1.000% of spanW, W5 & Platinel II ± 0.125% of span ± 0.325% of span

Display accuracy is ± 1 digit.

These accuracy specifications are at reference conditions(25°C) and only apply for NIST ranges. Detailed accuracyinformation is available upon request.

LINEARIZATIONThermocouple and RTD inputs are automatically linearized.Transmitter inputs may be linearized with a square rootfunction or user-defineable 15-point straight line linearizationfunction.INPUT IMPEDANCECurrent Input: 250ohms Thermocouples: 10MohmsVoltage Input: 1Mohm RTDs: 10MohmsUPDATE RATEInput is sampled and output updated 10 times per second.Display is updated five times per second.TRANSMITTER LOOP POWERIsolated 24Vdc (nominal) loop power supply is available if aloop power module is installed in an output socket not used forcontrol. Capacity is 25mA.INPUT SIGNAL FAILURE PROTECTIONWhen input is lost, output is commanded to a predeterminedoutput (–5 to 105%). Thermocouple burnout is selectable forupscale or downscale.INPUT FILTERSingle pole lowpass digital filter with selectable time constantfrom 0 to 120 seconds.CALIBRATIONComes fully calibrated from the factory and continuouslycalibrates itself for component aging due to temperature andtime, except for the reference voltage. Field calibration can beeasily performed in the field with a precision multimeter andthermocouple simulator. Process variable offset and gainfactors are provided to correct for sensor errors.

SETPOINT SELECTION

A remote setpoint input is available. Signal is 0–20/4–20mAdcor 0–5/1–5Vdc (jumper selectable). Signal may be ratioed andbiased. Eight local setpoints may be stored in memory.

Setpoint selection is made via SET PT key or digitalcontact(s).

DIGITAL INPUTS

A set of five external dry contacts or open collector transistordriven inputs are available. Each can be configured to performone of the following functions:• Select remote setpoint • Select either direct or reverse• Select manual control control action• Select second local setpoint • Addressable through serial• Select a second set of PID values communications only• Acknowledge alarms • Inhibit the reset term• Simulate DISPLAY, FAST, and • Lock controller in manual

MENU keys mode• Disable adaptive tuning

In addition, if the set of five digital inputs is installed, four maybe designated to select one of eight local setpoints (andassociated PID set, if desired ) via a binary coded decimal(BCD) input.

PS535 V7 Page 5

OUTPUT FUNCTIONSOUTPUT MODULESThe controller can have a total of four control outputs, alarmoutputs and/or loop power modules installed. There are fivetypes of output modules which can be configured to suit yourparticular application. The modules may be ordered factory-installed, or they may be installed in the field.

Analog module: Either 0-20mA or 4-20mA (front panel select-able) into a load up to 1000ohms. Accuracy ±15 microamps@25°C.Mechanical relay module: SPDT electromechanical relay. Resis-tive load rated at 5 amps at 120/240Vac. Normally open or nor-mally closed selection is made by jumper. Output 4 is rated at 0.5amps at 24Vac and is always normally open.Solid state relay (triac) module: Resistive load rated at 1 amp at120/240Vac. Output 4 is rated at 0.5 amps at 24Vac. These out-puts are normally open.DC logic (SSR drive) module: “On” voltage is 17Vdc (nominal).“OFF” voltage is less than 0.5Vdc. (Current limited to 40mA.)Loop power supply module: Current is limited to 25mA@24V.

Control OutputsUp to two output modules may be designated for control. Anycombination of output modules, with the exception of the looppower supply module, may be used.

Duplex control is available if output modules are installed inthe first and second output sockets.Position proportioning control with feedback is available ifmechanical or solid state relay modules are installed in the firsttwo output sockets, and the slidewire feedback option isinstalled. Slidewire feedback range is 0 to 1050ohms."Velocity” position proportioning control is available byinstalling mechanical or solid state relay modules in the firsttwo output sockets. A special time based algorithm controls anelectric actuator without the slideware feedback signal.Staged (split range) outputs are available if analog modulesare installed in the first and second output sockets. Thisalgorithm will allow the output range to be split between thetwo outputs.

CONTROL ALGORITHMPID, P with manual reset, PI, PD with manual reset, andOn-Off are selectable from the front panel. Duplex outputseach use the same algorithm, except On-Off may be used withPID. The PID algorithm used is non-interacting.

TUNING PARAMETERSProportional Band: 0.1 to 999% of input range

Integral: 1 to 9999 seconds/repeat

Derivative: 0 to 600 seconds

Manual Reset/Load Line: 0 to 100% output

Cycle Time: 0.3 to 120 seconds

On-Off Deadband: up to 15% of input range (in eng. units)

Up to eight sets of PID values may be stored in memory andselected automatically, based on setpoint value, process

variable value, or the corresponding local setpoint (SP1–SP8)

Retransmission OutputBased on available outputs (any socket not used for control),up to two different variables can be simultaneouslyprogrammed for retransmission. Each precise, 16-bit resolutionoutput may be scaled for any range. Variable selectionincludes: PV, SP, RAMP, SP, and OUTPUT.Transmitter Loop PowerIsolated 24Vdc (nominal) loop power supply is available if aloop power module is installed in an output socket not used forcontrol. Capacity is 25mA. Two or four wire transmitters can bepowered.

ALARMSThe 535 controller has two software alarms. High and lowalarms may be sourced to:

• Process Variable High

• Process Variable Low

• Process Variable High & Low

• Deviation from S.P.

• Band around S.P.

• Rate of Change

• Manual Control Module

• Remote S.P.

• Control Output

If an alarm is tripped, the alarm message will show, the ACKkey will illuminate (if acknowledgeable) and the ALM icon willlight. If the alarm is tied to the first available non-control output,the “1” below the ALM icon will light. Similarly, if the alarm istied to the second non-control output, the “2” below the ALMwill light. The availabilty of outputs determines how manyalarms can be tied to relays.

Up to two alarm outputs are available if an associatedmechanical, solid state relay or DC logic module is installed inany output socket not used for control.

Global Alarm feature allows one or more of the internalsoftware alarms to be tied to the same single, physical output.The acknowledge key is active for alarms associated witheither loop.

Page 6 PS535 V7

Ramping SP can automatically select alternate PID setsUp to three relay type events to outputs are available for equipment sequencing

Special Profile I/O

Last segment event canstay energized after profileis completed

PROFILE CONTROL OPTIONThe 535 Profile Controller’s unique operator interface makes itsimple to set up and operate while retaining powerful profilefunctions detailed below. The 535 can store 20 recipes, with asample shown below. Recipes are selectable via front panel,contact inputs, or serial communications. Recipes may belinked to create extra-long recipes.

:20 :40 1:00 1:20 1:40 2:00 2:20 2:40 3:00 3:20 3:40 4:00

Guaranteed soakfunction insuressoak set pointhas beenachieved beforesoak segmentstarts

•

• •

•• •

•Changes in ramp orsoak segment possiblewhile profile is running.Segment can beskipped while running.

Ramps and soaks canbe time or rate based

Time base can behrs:min or min:sec

Recipes may belinked or repeated99 times

Ramp 1 Soak 1 Ramp 2 Ramp 3 Soak 3 Ramp 4

Event 1

Event 2

Event 3

PID Set1 2 2 2 2 3

on

Events can beused in ramp orsoak segments

Power Restoration Modes:1) RESUME recipe where it left off2) HOLD at last SP prior to power loss3) ABORT recipe4) RESTART recipe

Outputs 2-4• Event outputs• SP retransmission to slave controller• Alarm output• Second Control output

Contact Inputs:• Start Recipe• Hold Recipe• Reset Recipe• Skip to next segment• Abort Recipe• Recipe 1-7 selection

RS 485:All profile configuration andoperation are accessiblethrough serial communication

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Time

Segment

PS535 V7 Page 7

200

180

160

140

120

100

80

60

40

20

➤ ➤

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➤➤

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LinePower

Out1

Out2

Out3

Out 4

Maximum 12 rampsand 12 soaks perrecipe

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GENERAL SPECIFICATIONS

CONTROLLER ARCHITECTUREThe 535 Controller hardware can be configured as follows:Inputs: Two univeral process variable inputs are standard.Available options include: remote setpoint, slidewire feedbackand 5 digital inputs.Outputs: Four outputs are available. See Ordering Information.RS-485 Communications: Available as option with anyconfiguration.

SERIAL COMMUNICATIONSIsolated serial communications is available using an RS-485interface. Baud rates of up to 19,600 are selectable. Theprotocol supports CRC data checking. If communications arelost, a time-out feature will command the controller to a par-ticular control mode and specific setpoint or output if desired.Outputs 2-4 and digital inputs can act as “host-controlled” I/Oindependent of the controller’s function. The PV may besourced via this interface. May be installed in the field.

DIGITAL DISPLAYSUpper display: five-digit, seven-segment. Used exclusively fordisplaying the process variable value. Height is 15mm (0.6 in.).2nd display: nine-character, 14-segment alphanumeric. Usedfor displaying setpoint, deviation, output value, slidewireposition (actual valve position) and configuration information.Height is 6mm (0.25 in.).3rd display: nine-character, 14-segment alphanumeric. Usedfor indicating which loop is displayed and for displaying alarmmessages and configuration information. Height is 6mm(0.25 in.).All displays are vacuum fluorescent. Color is blue-green.

STATUS INDICATORSThere are two types of indicators: icons and illuminated keys.ALM 1 and ALM 2 icons: alarm 1 and alarm 2 status.OUT 1 and OUT 2 icons: control output 1 and control output2 status.MAN key illuminated: controller is in manual control mode.ACK key illuminated: alarm may be acknowledged.SET PT key illuminated: setpoint other than primary localsetpoint is active.MENU key illuminated: controller is in configuration mode.

MOUNTINGPanel-mounted.

WIRING CONNECTIONS29 screw terminals in the rear of the instrument.

POWER CONSUMPTION15VA at 120Vac, 60Hz (typical).

WEIGHTApproximately 1 kg (2.2 lbs.).

AMBIENT TEMPERATUREOperative Limits: 0 to 50°C (32 to 122°F).Storage Limits: –40 to 70°C (–40 to 158°F).

RELATIVE HUMIDITY10 to 90%, non-condensing.

VOLTAGE AND FREQUENCYUniversal power supply: 90 to 250Vac, 48 to 62Hz. 24V(AC or DC power optional).

NOISE IMMUNITYCommon mode rejection (process input): >120 dB.Normal mode rejection (process input): >80 dB.AC line is double filtered and transient protected. Snubbers areprovided for each relay output.

ISOLATIONInputs and outputs are grouped into the following blocks:

Block 1: process variableBlock 2: outputs 1, 2, and 4Block 3: communications, set of five digital

inputs, output 3 (Earth Ground)Block 4: remote setpoint

Each block is electrically isolated from the other blocks towithstand a HIPOT potential of 500Vac for 1 minute or 600Vacfor 1 second, with the exception of blocks 1 and 4, which areisolated to withstand a HIPOT potential of 50 volts peakfor 1 minute between each other. Inputs and outputs are notisolated from other inputs and outputs within the same block.

CONSTRUCTIONCase: flame resistant ABSChassis assembly: plug-in type.Keys: silicone rubber with diffusion printed graphics.NEMA rating: front panel conforms to NEMA 4X wheninstrument is properly installed.

AGENCY APPROVALS

MEMORY RETENTIONLithium battery maintains all programming for approximatelyten years.

Page 8 PS535 V7

LISTED

4N66Process Control EquipmentLR 84063 (Heavy Industrial)

(Available as an option)

SECURITYThere are two levels of access: restricted and full. Aconfigurable code is used to enter the full access level. Func-tions not available in the restricted level are configurable. Sixdifferent groups of parameters can be restricted.

PROFILE CONTROLLER OPTIONWhen a 535 is specified as a profile controller, the SET PT(setpoint key) is replaced at the factory with a RUN key to fa-cilitate operation. Setpoint access is available through use ofthe DISPLAY key. All functions are described in the manualsupplement. The 535 with profile option, provides full ramp andsoak capability with the following features:

20 RECIPES/PROGRAMSUp to 20 recipes/programs may be stored in memory and recalledby number through the front panel keys, digital inputs or RS-485Communications.

24 SEGMENTS PER RECIPE12 ramps and 12 dwells may be programmed for each recipe.Programming a dwell time of OFF effectively skips the dwell allow-ing 2 consecutive ramps of different rates. Recipes may be linked ifmore than 24 segments are necessary.

GUARANTEED SOAK WITH ADJUSTABLE HYSTERESISWhen activated, dwell time doesn’t start until the ramp setpointhas been achieved within the specified hysteresis (a positive ornegative deviation from the dwell setpoint).

3 EVENT OUTPUT CAPABILITYUp to 3 event outputs, programmable per segment, may beselected depending on the availability of controller outputs. The535 has 4 outputs. If 1 is used for control, 3 are available forevents. Likewise, if 1 is for control and 1 for an alarm, 2 areavailable for events. These outputs are available to turn on fans,start another process and perform other functions.

RAMPS PROGRAM IN TIME OR RATEA ramp can be programmed to take place over a specific amountof time or be based on the rate of change of the PV per hour. Iftime based, the time to reach setpoint must be between 0:01 and99:59 (hours:minutes). If rate based, the setpoint must be reachedat a rate between –9999 and 9999 engineering units per hour.

DUAL TIME BASETwo modes are available, Hours:Minutes or Minutes:Seconds

MULTIPLE CYCLES, 1–99 PER EACH RECIPERecipes may be programmed to automatically repeat up to 99times.

RECIPE LINKINGAll 20 recipes may be linked to form a new longer version.For example, select recipe 4 to automatically follow recipe 2.

REMOTE FUNCTIONS VIA DIGITAL INPUTUsing the optional digital inputs, the following functions may be re-motely activated: Start, Hold, Reset, Abort and Segment advance.

MODIFY RECIPES WHILE RUNNINGIndividual recipes may be modified by the operator while running.

REMOTE RECIPE CHOICE VIA DIGITAL INPUTUsing the optional digital inputs, recipes 1-7 may be selectedremotely.

POWER RESTORATION MODESFour different power restoration modes are available. Upon powerfailure and subsequent return, the controller can either: 1) Resumea recipe where it left off 2) Return to the last output of the recipeand hold it 3) Abort the recipe 4) Start a new recipe automatically.

TIE PID SETS TO RECIPES OR SEGMENTSAny one of eight PID sets may be tied to each recipe or segmentto optimize control.

MASTER/SLAVE CAPABILITYThe 535 with profile controller option can retransmit the rampingsetpoint to up to four 535s with remote setpoint creating a master/slave relationship. With this capability, 5 loops, each running thesame recipe, can be controlled.

SEGMENT ADVANCEThe operator may advance through the program segmentswhile a recipe is running.

MOUNTING AND DIMENSIONS

PS535 V7 Page 9

OrderOutput 1: Control CodeNone 0Mechanical Relay (5 amp) 1Analog (milliamp) 2Solid State Relay (triac) (1 amp) 3DC Logic (SSR drive) 4

Output 2: Control, Alarm, or RetransmissionNone 0Mechanical Relay (5 amp) 1Analog (milliamp) 2Solid State Relay (triac) (1 amp) 3DC Logic (SSR drive) 4

Output 3: Control, Alarm, Retransmission, or Loop PowerNone 0Mechanical Relay (5 amp) 1Analog (milliamp) 2Solid State Relay (triac) (1 amp) 3DC Logic (SSR drive) 4Loop Power 5

Output 4: Alarm, Retransmission, or Loop PowerNone 0Mechanical Relay (0.5 amp, 24V) 1Analog (milliamp) 2Solid State Relay (triac) (0.5 amp, 24V) 3DC Logic (SSR drive) 4Loop Power 5

OptionsEnter “0” if not desiredSlidewire Feedback for Position

Proportioning Output A24 (AC or DC) Operation FSlidewire and 24 (AC or DC) )Operation G

Remote Setpoint BProfile Controller Option CRemote Setpoint and Profile E

Set of Five Digital Inputs DCertification H

Five Digital Inputs and Certification J

Serial CommunicationsEnter “0” if not desiredRS-485 Serial Communications S

0535 – 0

Note 1: Capability for position proportioning output is specified by ordering 535-11xxAxxx00, 535-33xxAxxx00, or 535-44xxAxxx00. Note 2: Capabil-ity for velocity proportioning output is specified by ordering 535-11xxxxxx00, 535-33xxxxxx00, or 535-44xxxxxx00. Note 3: Up to two outputs may beused for alarms. Note 4: All outputs are interchangeable modules. Note 5: The mechanical relay and solid state relay modules are derated to 0.5amp at 24Vac when used as the fourth output.

The Interface Solution Experts • www.miinet.comUnited States • info@miinet.com

Tel: (818) 894-7111 • FAX: (818) 891-2816 Australia • sales@mooreind.com.au

Tel: (02) 8536-7200 • FAX: (02) 9525-7296

Belgium • info@mooreind.beTel: 03/448.10.18 • FAX: 03/440.17.97

The Netherlands • sales@mooreind.nlTel: (0)344-617971 • FAX: (0)344-615920

China • sales@mooreind.sh.cnTel: 86-21-62481120 • FAX: 86-21-62490635

United Kingdom • sales@mooreind.comTel: 01293 514488 • FAX: 01293 536852

Specifications and information subject to change without notice. Printed in U.S.A.

Product Data SheetAugust 2016

00813-0500-2654, Rev BA

Rosemount™ 214C Temperature Sensors

Primary product benefits

High accuracy resistance temperature detectors (RTD) and various thermocouple types offered in a variety ofelement configurations

Calibration capabilities for increased measurement accuracy for RTDs

Rosemount 214CAugust 2016

Rosemount 214C Sensor

The Rosemount 214C Sensors are designed to provide flexible and reliable temperature measurements in process monitoring and control environments.

Features include:

Temperature ranges of -196 to 600 °C (-321 to 1112 °F) for RTDs and -196 to 1200 °C (-321 to 2192 °F) for thermocouples

Industry-standard sensor types: PT100 RTDs; thermocouple Type J, Type K, and Type T

Spring-loaded and compact spring-loaded sensor mounting styles

Hazardous location product approvals and certification

Calibration services to give insight to sensor performance

Calibration certificate to accompany sensor

Specification and selection of product materials, options, or components must be made by the purchaser of the equipment.

Figure 1. Model Number Ordering Example

The numbers below the model string example in Figure 1 correlate to the character place numbers in the ordering table.

Ensure sensor fits thermowell

Rosemount 114C Head length (H) + Immersion length (U) = Rosemount 214C Sensor insertion length (L).

ModelSensor

typeSheath

materialSensor

accuracyNumber of elements

UnitsSensor insertion

length

Sensor mounting

styleOptions

2 1 4 C R W S M A 1 S 4 E 0 1 5 0 S L WR5, E5...

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 X X X X X

UH

L

3EmersonProcess.com/Rosemount

Control Solutions’ Babel Buster BB2-3010is a BACnet MS/TP client/server device that functions as a Modbus RTU master/slave. A large number of BACnet objects gives you fl exibility in mapping Modbus registers to any combination of BACnet objects. Packed Modbus registers may be parsed to mul-tiple BACnet objects when reading. Multiple BACnet objects may be packed into a single Modbus register when writing. All standard Modbus register types are supported.

Input objects will poll their assigned Modbus register at the inter-val you specify, and provide the Modbus data as the Present Value when read. Commandable Output objects are used to write Modbus registers, and will update the Modbus device each time BACnet is updated. The BB2-3010 supports up to 300 non-commandable ob-jects, or up to 135 commandable objects, or a mix in between.

Value objects will poll their assigned Modbus register at the inter-val you specify. The content of the Modbus register will be given as the Present Value of the BACnet object when read. The Modbus register is written each time the BACnet Value object is written. The Value object corresponds to the Modbus Holding register.

The BB2-3010 is most often used as a Modbus master, but it can operate as a slave while MS/TP operates as a client (master). This makes it possible to put MS/TP devices on a Modbus network (but does still require an understanding of BACnet). MS/TP data in re-mote devices is queried and saved locally. The local data may then be accessed by another Modbus master.

Babel Buster BB2-3010 Features

• Read/Write any standard Modbus register via BACnet objects• 300 Non-commandable objects OR• 135 Commandable objects OR• Between 135 and 300 objects of mixed types.• Object allocations are user confi gurable• AI, AO, AV, BI, BO, BV, MSI, MSO, MSV objects

• COV, COVP subscription support• BACnet slave is Modbus RTU master or vice versa• Bidirectional communication between BACnet and Modbus• Supports Modbus “coils”, input registers, holding registers• Single or double Modbus registers, signed, unsigned, IEEE 754• Modbus register mapping confi gured via object properties• Modbus registers may be scaled (x10, x100, x0.1, x0.01, etc.)• Modbus (master) polling interval confi gurable per point• Commandable BACnet objects implement priority array• Fully confi gurable via BACnet object properties• USB to MS/TP adapter available• Confi guration software included for use with USB adapter• Hardened EIA-485 transceiver for serial ports• MS/TP baud rates: 9600, 19200, 38400, 76800• Modbus RTU baud rates: 4800, 9600, 19200, 38400• Powered by 12-24V DC/AC 50/60 Hz• Power Consumption: 0.1A @ 24VDC• DIN rail mounting, 100mm H x 70mm W x 60mm D• Pluggable screw terminal blocks• Operating temperature -40°C to +85°C; Humidity 5% to 90%• FCC, CE Mark, BTL Listed• Listed to UL 916 and (Canadian) C22.2 No. 205-M1983

CONTROL SOLUTIONS, INC.380 OAK GROVE PKWY, SUITE 100 • PO BOX 10789ST. PAUL, MN 55110-0789VOICE (651) 426-4410 • FAX (651) 426-4418TOLL FREE 1-800-872-8613

TM

© 2015 Control Solutions, Inc. Babel Buster® is a registered trademark of Control Solutions, Inc. BACnet® is a registered trademark of American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc.

Visit our web site for • Full details• User Guides & Software Downloads• Pricing• On-Line Ordering

www.csimn.com

BACnet Protocol Implementation Conformance Statement (Abbreviated)

Date: 12 January 2012Vendor Name: Control Solutions, Inc.Product Name: Babel Buster BB2-3010Product Model Number: BB2-3010Applications Software Version: 361 Firmware Revision: 3.61BACnet Protocol Revision: 7

Product Description: Network gateway allowing Modbus RTU slave devices to be accessed via BACnet MS/TP as a BACnet slave.

BACnet Standardized Device Profi le (Annex L):► BACnet Application Specifi c Controller (B-ASC)

List all BACnet Interoperability Building Blocks Supported (Annex K): DS-RP-A DS-RP-B DS-RPM-B DS-WP-A DS-WP-B DS-WPM-B DS-COV-B DS-COVP-B DM-DDB-A DM-DDB-B DM-DOB-B DM-DCC-B DM-RD-B DM-R-B

Segmentation Capability:Segmented requests supported, Window size 16Segmented responses supported, Window size 16

Standard Object Types Supported:Object types: AI, AO, AV, BI, BO, BV, MSI, MSO, MSV, DEV (all static)See additional documentation for optional & proprietary properties.

Data Link Layer Options:► MS/TP Master (clause 9), baud rates: 9600, 19200, 38400, 76800

Device Address Binding:Is static device binding supported? NoNetworking Options: (None)Character Sets Supported: ANSI X3.4

If this product is a communication gateway, describe the types of non-BACnet equipment/networks(s) that the gateway supports:

Modbus RTU: BACnet slave device functions as Modbus RTU master or slave. Can also function as MS/TP client with Modbus RTU master.

PC Based Object Browserfor Configuration and Diagnostics

The new MTX002 USB to MS/TP adapter provides a reliable connectionbetween your PC’s USB port and MS/TP devices being confi gured.

The new confi guration tool for the BB2-3010is more powerful and easier to use than any previous

tools we have created. We will never be able tocompletely eliminate gateway setup,

but we continue to strive for making it easier.