Signet 2551 User manual

JP2

FREQUENCY OUT

SERIAL (S L) OUT

Connect output signals and power

to this 4-terminal block.

Sensor Type Pipe Size Jumper Position

2551-P0/T0/V0/W0 ½ in. to 2½ in.

DN15 to DN65

2551-P0/T0/V0/W0 3 in. to 4 in.

DN80 to DN100

2551-P1/T1/V1/W1 5 in. to 6 in.

DN125 to DN150

2551-P1/T1/V1/W1 8 in.

DN200

2551-P2/T2/V2/W2 10 in. to 12 in.

DN250 to DN300

Signet 2551 Magmeter

*3-2551.090*

3-2551.090 Rev G 10/08 English

1. Quick Start Guide

This manual contains the general installation, wiring and calibration data for the Signet 2551-XX-11 Magmeter with Frequency or Serial

data output, and for the Signet 2551-XX-12 Magmeter with Current output. The basic steps are outlined on this page.

See each referenced section for detailed information.

1. Conﬁgure the Hardware

2551-XX-11 ONLY: Position this Jumper to select

digital (S3L) output or Frequency output. (Not used

for Current output version) Sec. 5 Pg. 4

2. Position the PIPE SIZE Jumper according to your

pipe size. Sec. 5 Pg. 4.

3. Install the Magmeter into the pipe.

Use Signet installation ﬁttings ONLY.

The installation ﬁtting is critical to Magmeter

performance. Sec. 3 Pg. 3

4. Connect POWER and OUTPUT wiring.

2551-XX-11 Frequency out: Sec. 8.1 Pg. 6

2551-XX-11 Serial data out: Sec. 8.2 Pg. 6

2551-XX-12 Current out wiring: Sec. 7 Pg. 5

GROUNDING

Without a good Earth Ground, the Magmeter may

not operate efﬁciently. Sec. 6 Pg. 5

5. Route the wiring out through the two cable ports.

Use appropriate hardware to secure the 2551 from

moisture intrusion. One Liquid Tight Connector is

included. Sec. 5 Pg. 4

Topic: Page

1. Quick Start Guide 1

2. Speciﬁcations 2

3. Installation: Pipe Fittings 3

4. Selecting a Location 3

5. Hardware Conﬁguration 4

6. General Installation and Grounding Tips 5

7. Wiring the Magmeter with 4-20 Loop 5

Topic: Page

8. Wiring the Magmeter

with Frequency or Digital Output 6

9. Calibration and Software Conﬁguration 6

10. Calibration Data 7

11. Maintenance and Troubleshooting 11

12. Ordering Information 12

English

Description

The Signet 2551 Magmeter is an insertion style magnetic ﬂow sensor. The patented sensor design is available in a variety of corrosion-

resistant materials to provide long-term reliability and minimal maintenance costs. Wetted material combinations include PP/316 SS,

PVDF/SS, PVDF/Hastelloy-C, and PVDF/Titanium. The 2551 installs quickly and securely into a wide selection of ﬂow ﬁttings to deliver

accurate ﬂow measurement in pipe sizes ranging from DN15 to DN300 (½ in. to 12 in.).

Signet 2551 Magmeters are available with a frequency output or a 4 to 20 mA output. Signet's digital (S3L) output is included with the

Frequency output models for use with the Signet 8900 Multi-Parameter Controller, while the 4 to 20 mA output can be used for a direct

input to a PLC, SCADA or telemetry system.

All 2551 Magmeters feature empty pipe detection and LED-assisted diagnostics. The Signet 3-0250 USB to Digital S3L set-up tool is

available to customize every performance feature in the 2551 to adapt it to the speciﬁc application requirements.

2 2551 Magmeter

SAFETY INSTRUCTIONS

1. Depressurize and vent system prior to installation or removal.

2. Conﬁrm chemical compatibility before use.

3. Do not exceed maximum temperature/pressure speciﬁcations.

4. Wear safety goggles or face shield during installation/service.

5. Do not alter product construction.

6. Disconnect power before attempting any service or wiring.

2. Speciﬁcations

40 80 120

160

200

-18 27 49 71 93

°F

°C

120

160

200

psi

bar

240

115

Media Temperature

Operating Pressure

2551

Operating

Range

2551 Pressure vs. Temperature

Dimensions

General

Pipe size range: DN15 to DN 300 (0.5 in. to 12 in.)

Flow Range

• Minimum: 0.05 m/s (0.15 ft/s)

• Maximum: 10 m/s (33 ft/s)

Linearity: ±1% reading plus 0.01m/s (0.033 ft/s)

Repeatability: ±0.5% of reading @ 25°C (77°F)

Minimum Conductivity: 20 μS/cm

Wetted Materials:

• Sensor body and Electrodes and Grounding ring:

• -P0, -P1, -P2: Polypropylene and 316L SS

• -T0, -T1, -T2: PVDF and Titanium

• -V0, -V1,-V2: PVDF and Hastelloy-C

• -W0, -W1, -W2: PVDF and 316L SS

• O-rings: FPM (standard)

EPDM, FFPM (optional)

The user is responsible for determining the chemical

suitability of these materials for a speciﬁc application.

• Case: PBT

• Display window: Polyamide

Electrical

Power Requirements

• 4 to 20 mA: 21.6 to 26.4 VDC, 22.1 mA max.

• Frequency: 5 to 26.4 VDC, 15 mA max.

• Digital (S3L): 5 to 6.5 VDC, 15 mA max.

Reverse polarity and short circuit protected

Current output (4 to 20 mA):

• Loop Accuracy:

32 μA max. error (25°C @ 24 VDC)

• Isolation: Low voltage < 48 VAC/DC from electrodes and

auxilary power

• Maximum cable: 300 m (1000 ft.)

• Error condition: 22.1 mA

• Max. Loop Resistance: 300 Ω

• Compatible with PLC, PC or similar equipment

Frequency output:

• Max. Pull-up Voltage: 30 VDC

• Compatible with Signet 5075, 5500, 5600, 8550, 8900

Digital (S3L) Output:

• Serial ASCII, TTL level 9600 bps

• Compatible with Signet 8900

Environmental Requirements

Storage Temperature: -20° to 70°C (-4° to 158°F)

Relative Humidity: 0 to 95% (non-condensing)

Operating Temperature:

• Ambient: -10° to 70°C (14° to 158°F)

• Media: 0° to 85°C (32° to 185°F)

Max. operating pressure:

• 10.3 bar @ 25°C (150 psi @ 77°F)

• 1.4 bar @ 85°C (20 psi @ 185°F)

Standards and Approvals

NEMA 4X / IP65 Enclosure (with cap installed)

EMC: EN55011: 1998 +A1:99+A2:02

Class B Emissions

EN61326: 1997 +A1:98+A2:01

EN61000-6-2:2001

Safety: EN61010-1:2001

U.S. Patent No. 7,055,396 B1

Chinese RoHS

For more information go to www.gfsignet.com

94 mm

(3.7 in.)

79.25 mm

(3.12 in.)

-X0

-X1

-X2

Pipe Range

1/2 to 4 in. -X0 = 58 mm (2.3 in.)

5 to 8 in. -X1 = 91 mm (3.6 in.)

10 to 12 in. -X2 = 167 mm (6.6 in.)

X = Sensor Body P, T, V, or W

32551 Magmeter

4. Selecting a Location

• The 2551 requires a full pipe and a fully developed turbulent ﬂow proﬁle for accurate

measurement.

• If the piping system harbors air pockets or bubbles, take steps to locate the sensor so

the air pockets will not contact the electrodes.

• In vertical installations, assemble the 2551 so the conduit ports are facing downward.

This prevents condensation inside the conduit from being directed into the 2551

electronics housing.

• Chemical injection systems can temporarily alter the ﬂuid conductivity and cause

anomalies in the magmeter measurement.

To avoid this problem, install the magmeter UPSTREAM of the injection point.

15 x I.D. 5 x I.D.

Reducer

+GF+

10 x I.D. 5 x I.D.

Inlet Outlet

Flange

+GF+

50 x I.D. 5 x I.D.

Valve/Pump

+GF+

40 x I.D. 5 x I.D.

2 x 90° Elbow

3 dimensions

+GF+

25 x I.D. 5 x I.D.

2 x 90° Elbow

+GF+

20 x I.D. 5 x I.D.

90° Elbow

+GF+

O.K.O.K. O.K.

Vertical flow is OK IF the pipe remains full at all times.

3. Installation: Pipe ﬁttings

Georg Fischer offers a wide selection of installation ﬁttings that control the position of the Magmeter electrodes in relation to the

dimensions of the pipe. You will ﬁnd a complete list of order numbers for installation ﬁttings in the Calibration Tables on pages 7-10.

Select a location with sufﬁcient

distance of straight pipe immediately

upstream of the sensor.

Locating the sensor in a trap or where the

ﬂow is upward helps to protect the sensor

from exposure to air bubbles when the

system is in operation.

These conﬁgurations are not

recommended because it is difﬁcult to

keep the pipe full.

Type Description

2 to 4 inch, cut 1-7/16 inch hole in pipe

Over 4 inch, cut 2-1/8 inch hole in pipe

0.5 to 4 inch versions

PVC or CPVC

2 to 4 inch, cut 1-7/16 inch hole in pipe

6 to 8 inch, cut 2-1/8 inch hole in pipe

Available in 10 and 12 inch sizes only

Cut 2-1/2 inch hole in pipe

Weld in place using solvent cement

Available in 10 and 12 inch sizes only

Cut 2-1/8 inch hole in pipe

Iron, Carbon Steel,

316 SS Threaded

tees

Carbon steel &

stainless steel

Weld-on

Weldolets

2 to 4 inch, cut 1-7/16 inch hole in pipe

Over 4 inch, cut 2-1/8 inch hole in pipe

For pipes from DN 15 to 50 mm

PP or PVDF

Type Description

Plastic tees

Metric

Union

tees

PVC

Saddles

Iron

Strap-on

saddles

PVC

Glue-on

Saddles

Clamp-on

Saddles

1.5 in. to 8 in. PVDF insert

> 8 in. PVC insert

Fiberglass

tees &

saddles:

FPT FPS

0.5 to 2 in. versions

Mounts on threaded pipe ends

In a gravity-ﬂow system, the tank must be

designed so the level does not drop below the

outlet.

This causes the pipe to draw air in from the tank.

If air bubbles pass across the Magmeter

electrodes, the output will become erratic.

+GF+

Flow6.25 GPM

Total1234567.8>

ENTER

Signet Flow

Transmitter

Flow6.25 GPM

Total1234567.8>

ENTER

Signet Flow

Transmitter

Flow

4 2551 Magmeter

Important:

• The directional arrow on the sensor body MUST be pointed DOWNSTREAM for best performance.

• The FLOW arrow decal can be placed directly on the pipe to identify the direction of ﬂow.

• Use a cable gland or a liquid tight connector to seal the cable ports from water intrusion.

• The yellow housing may be reversed to align the conduit ports as required.

• If the Magmeter is installed on a vertical pipe, the conduit ports should be turned to point downward.

This will prevent condensation from being channeled into the enclosure.

• Use plumber's tape or a suitable sealant on cable ports.

5. Hardware Conﬁguration

Whether using the 2551-XX-11 (frequency or digital S3L output)

or the 2551-XX-12 (with 4-20 mA output), the wiring terminals

located on the inside of the yellow cover are identical. All of the

connections from the Magmeter to external equipment (PLC,

Datalogger, Chart Recorder, Flow meter, etc.) are made at the

large 4-position terminal connector.

When the cover is removed the wiring from the sensor can be

seen connected to the smaller terminal block. These connections

should always remain connected to prevent inadvertent damage

or miswiring.

The terminals on the 2551 Magmeter are designed for conductors

from 16 AWG to 22 AWG.

WARNING!

If the second conduit port is used, carefully drill the opening.

(The plastic is too strong to be punched out.)

• Secure the Magmeter in a vise to prevent damage or injury.

• The plastic inside the port is very thin. Do not allow the drill

to penetrate too deeply and damage the Magmeter wiring.

JP2

White

Yellow

Red

Black

Brown

Blue

Not used

The factory connects

the sensor cable to the termi

inside the yellow cover.

This blue jumper selects

frequency output or

S L serial data output

in the 3-2551-XX-11

(Not used on 4-20 mA models)

The user must connect output cables to

this 4-terminal block.

JP2 is for factory use only.

MAKE NO CONNECTIONS.

Use the yellow decal to mark

the direction of flow on the pipe

Set this blue jumper according to the pipe size.

External Earth Ground Terminal

Sensor Type Pipe Size Jumper Position

2551-P0/T0/V0/W0 ½ in. to 2½ in.

DN15 to DN65

2551-P0/T0/V0/W0 3 in. to 4 in.

DN80 to DN100

2551-P1/T1/V1/W1 5 in. to 6 in.

DN125 to DN150

2551-P1/T1/V1/W1 8 in.

DN200

2551-P2/T2/V2/W2 10 in. to 12 in.

DN250 to DN300

Sensor grounding ring

3-9000.392-1

Liquid tight conne

(one supplied)

Flow

FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RESULT IN

THE SENSOR BEING EJECTED FROM THE PIPE!

• DO NOT USE ANY TOOLS ON THE RETAINING CAP. HAND

TIGHTEN ONLY.

• THE O-RINGS CAN BE LIGHTLY LUBRICATED TO FACILITATE

INSERTION INTO THE PIPE FITTING. DO NOT USE

PETROLEUM-BASED LUBRICANTS!

• DO NOT USE THREAD SEALANT OR LUBRICANTS ON THE

RETAINING CAP OR ON THE PLASTIC FITTING THREADS.

• IF LEAKING IS OBSERVED FROM THE RETAINING CAP, IT INDICATES DEFECTIVE OR WORN O-RINGS ON THE

SENSOR. DO NOT ATTEMPT TO CORRECT BY FURTHER TIGHTENING.

WARNING!

The O-rings can be lightly

lubricated to facilitate insertion

into the pipe fitting.

DO NOT USE petroleum-based

lubricants on O-rings!

DO NOT USE thread sealant

or lubricants on the fitting

threads.

Do not use any tools to

tighten the yellow retaining cap.

DO NOT USE thread sealant or

lubricants on retaining cap!

Flow

52551 Magmeter

6. General Installation and Grounding Tips

Sensor conditioning

The Magmeter output signal may be unstable immediately after installation. Allowing the sensor to soak in a full pipe (or in any

container of water) for 24 hours will stabilize the performance.

• Very low conductivity ﬂuids may require a longer conditioning period. (The Magmeter may not operate properly in ﬂuids where the

conductivity is less than 20 μS/cm.)

Grounding

The 2551 Magmeter is unaffected by moderate levels of electrical noise. However, in some applications it may be necessary to ground

portions of the system to eliminate electrical interference. The grounding requirements will vary with each installation.

One or more of the following steps may be applied

if the 2551 Magmeter is affected by electrical

noise:

cThe ground terminal on the outside of the

yellow housing is connected internally

to the grounding ring at the tip of the

sensor. Connect a wire (14 AWG/2.08 mm2

recommended) from this terminal directly to a

local Earth ground.

dInstall ﬂuid grounding devices immediately

upstream and downstream of the Magmeter.

Connect the ﬂuid grounds to the Earth ground

terminal on the 2551.

Use ﬂanged grounding rings or metal

electrodes on plastic pipes, or metal clamps

on metal pipes.

Fluid grounds must be in direct contact with

the ﬂuid, and as near to the Magmeter as

possible.

eThe shield from the output cable must be

terminated at the remote instrument ONLY.

This shield must not be connected at both

ends!

fConnect an additional wire (minimum AWG

14/2.08 mm2) from the remote instrument ground to the Magmeter ground terminal.

Grounding rings on plastic pipe

(Install between flanges)

metal straps on metal pipe

Earth ground

Sensor

Grounding ring

(10 cm to 1.3 m) (10 cm to 1.3 m)

4 in. to 50 in. 4 in. to 50 in.

Instrument

2.2.

Do not terminate

shield at Magmeter

7. Wiring the 2551-XX-12 Magmeter with 4-20 mA Loop Output

The 2551-XX-12 Magmeter is a traditional 2-wire passive 4-20 mA loop transmitter.

• External loop power (24 VDC ±10%) is required. See Ordering Information for power supplies.

• The maximum loop resistance the Magmeter can accomodate is 300 Ω.

• All 2551-XX-12 Magmeters are shipped from the factory with the 4-20 mA output scaled for 0 to 5 m/s (0 to 16.4 ft/s). If this

operating range is suitable, no adjustments are necessary.

• The Calibration Tables on pages 7-10 list the 20 mA setpoint for each installation ﬁtting. Use this information to program the 4-20

mA range of the loop device (PLC, Datalogger, recorder, etc.)

• The 3-0250 USB to Digital (S3L) Conﬁguration / Diagnostic Tool is required to change the operating range.

Loop + (24 VDC)

Loop - (Ground)

4-20 mA Loop

monitor

(Maximum 300 Ω)

24 VDC ± 10%

2551 Magmeter

6 2551 Magmeter

8.1 Wiring: Frequency output (Compatible with all

POWERED Signet Flow instruments.)

• When the blue jumper illustrated here is placed over both

pins, the 2551-XX-11 outputs an open collector frequency

signal that can be connected to any powered Signet ﬂow

meter. (Models 5075, 5500, 5600, 8550, 8900.)

• 5 VDC power is provided to the 2551 Magmeter by all

Signet ﬂow instruments. No additional power is required.

• If connecting the 2551 Magmeter to a ﬂow instrument

from another manufacturer, 5 to 24 VDC power must be

provided to the 2551. A 10 KΩpull up resistor must also

be connected between terminals 1 and 2.

• The frequency output will be displayed as positive

ﬂow regardless of the ﬂow direction.

8.2 Wiring: S3L output (Compatible with 8900 Multi-

Parameter Controller only)

• When the blue jumper illustrated here is removed (or

placed over one pin for storage) the 2551-XX-11 outputs a

digital (S3L) signal compatible with the Signet 8900.

• The 2551 receives 5 VDC power from the 8900. No

additional power is required.

• The 8900 will display 0 (Zero) ﬂow rate during periods

of reverse ﬂow.

• The maximum cable length from the 2551 to the 8900

depends on the 8900 conﬁguration. Refer to the 8900

manual for complete information.

+5 VDC

S L Data

Ground

Not used

3-8900.621C

I/O Module 3-8900.401-X

+5VDC (Black)

Freq. Input (Red)

GND (Shield)

+5VDC (Black)

Freq. Input 2 (Red)

S L (Red)

GND (White/Shield)

+5VDC (Black)

S L (Red)

GND (White/Shield)

Analog Output 1

Analog Output 2

(if applicable)

Frequency

Input

Frequency

Input 2

S3L

Input

S3L

Input

2551 Magmeter

Blue Jumper OFF = S3L OUT

S L

8. Wiring the 3-2551-11 with Frequency or Digital (S3L) output

5-24 VDC

Ground

Not used

Frequency Out

2551 Magmeter

10KΩ

Install a pull-up resistor when connecting the

2551 Magmeter to other manufacturer's flowmeters.

2551 Frequency Out to other Manufacturer's equipment

Blue Jumper ON = FREQ OUT

Frequency

5-24 VDC

Ground

Not used

Sensr Gnd

(SHIELD)

Sensr IN

(RED)

Sensr V+

(BLACK)

2551 Magmeter 8550-1 Flow Transmitter

Frequency

AUX power MUST be connected on the 8550 to provide power

to the 2551.

Ground

5-24 VDC

Not used

Frequency Out

2551 Magmeter

3-8900.621C

I/O Module 3-8900.401-X

+5VDC (Black)

Freq. Input (Red)

GND (Shield)

+5VDC (Black)

Freq. Input 2 (Red)

S L (Red)

Frequency

Input

Frequency

Input 2

S3L

Input

2551 Frequency Out to Signet 8900

2551 Frequency Out to Signet 8550-1

9. Calibration and Software Conﬁguration

No calibration is necessary to begin using the 2551.

The application and performance settings are pre-set to meet the requirements of most applications.

The 2551 application and performance settings can be customized using the 3-0250 USB to Digital (S3L) Conﬁguration /

Diagnostic Tool and software. A Windows PC is required to adjust the following parameters:

• 4 to 20 mA span: Factory setting is 0 to 5 m/s.

Can be customized to any range.

• Noise Rejection Filter: Factory set for 60 Hz.

Can be changed to 50 Hz.

• Low Flow Cutoff: Factory setting is 0.05 m/s.

Can be customized to any velocity.

• Averaging Time: Factory setting is 14 seconds

Can be customized from 0.1 seconds to 100 seconds

• Sensitivity: Factory setting is 25% of full scale

Can be customized to any % of full scale

The MONITOR/VERIFY

SENSOR function in the

Signet 3-0250 Setup Tool

software is very useful as a

system troubleshooting tool.

MONITOR/VERIFY SENSOR

7 2551 Magmeter

10. Calibration Data: K-factors and Full Scale Current Values

Plastic Installation Fittings: PVC Tees and Saddles

PIPE SIZE FITTING K-Factor K-Factor 20 mA= 20 mA=

(IN.) TYPE Gallons Liters in GPM in LPM

SCH 80 PVC TEES FOR SCH 80 PVC PIPE

½ PV8T005 2289.37 604.85 13.1 49.6

¾ PV8T007 1430.41 377.92 20.97 79.38

1 PV8T010 876.86 231.67 34.21 129.5

1¼ PV8T012 447.06 118.11 67.1 253.99

1½ PV8T015 324.19 85.65 92.54 350.25

2 PV8T020 206.69 54.61 145.15 549.38

2½ PV8T025 131.46 34.73 228.2 863.74

3 PV8T030 82.52 21.80 363.55 1376.04

4 PV8T040 44.78 11.83 669.88 2535.49

SCH 80 PVC TEES FOR SCH 80 CPVC PIPE

½ CPV8T005 2496.03 659.45 12.02 45.49

¾ CPV8T007 1381.48 364.99 21.72 82.19

1 CPV8T010 857.98 226.68 34.97 132.34

1¼ CPV8T012 445.17 117.61 67.39 255.07

1½ CPV8T015 325.56 86.01 92.15 348.78

SCH 80 PVC SADDLES FOR SCH 80 PVC PIPE

2 PV8S020 193.83 51.21 154.77 585.81

2½ PV8S025 138.01 36.46 217.38 822.78

3 PV8S030 83.89 22.16 357.62 1353.60

4 PV8S040 40.88 10.80 733.88 2777.74

6 PV8S060 22.53 5.95 1331.85 5041.06

8 PV8S080 12.52 3.31 2395.41 9066.64

10 PV8S100 7.94 2.10 3778.75 14302.57

12 PV8S120 5.71 1.51 5256.69 19896.57

SCH 80 PVC SADDLES FOR SCH 40 PVC PIPE

2 PV8S020 180.01 47.56 166.66 630.81

2½ PV8S025 123.72 32.69 242.49 917.82

3 PV8S030 75.81 20.03 395.71 1497.76

4 PV8S040 41.87 11.06 716.56 2712.19

6 PV8S060 19.71 5.21 1521.92 5760.46

8 PV8S080 11.73 3.10 2558.12 9682.50

10 PV8S100 7.43 1.96 4037.60 15282.3

12 PV8S120 5.23 1.38 5734.87 21706.48

POLYPROPYLENE CLAMP-ON SADDLES ON SCH 80 PP PIPE

10 PPS100 7.94 2.10 3778.75 14302.57

12 PPS120 5.71 1.51 5256.69 19896.57

POLYPROPYLENE CLAMP-ON SADDLES ON SCH 40 PP PIPE

10 PPS100 7.43 1.96 4037.60 15282.3

12 PPS120 5.23 1.38 5734.87 21706.48

82551 Magmeter

PIPE SIZE FITTING K-Factor K-Factor 20 mA= 20 mA=

(Metric) TYPE Gallons Liters in GPM in LPM

POLYPROPYLENE FITTINGS (DIN/ISO, BS, ANSI)

DN15 PPMT005 2192.73 579.32 13.68 51.78

DN20 PPMT007 1327.81 350.81 22.59 85.52

DN25 PPMT010 737.16 194.76 40.70 154.04

DN32 PPMT012 453.46 119.81 66.16 250.41

DN40 PPMT015 275.03 72.66 109.08 412.86

DN50 PPMT020 164.17 43.35 182.74 691.66

PVDF FITTINGS (DIN/ISO, BS, ANSI)

DN15 SFMT005 1946.49 514.26 15.41 58.34

DN20 SFMT007 1158.05 305.96 25.91 98.05

DN25 SFMT010 749.09 197.91 40.05 151.58

DN32 SFMT012 439.51 116.12 68.26 258.36

DN40 SFMT015 248.93 65.77 120.52 456.16

DN50 SFMT020 146.85 38.80 204.30 773.26

PVC FITTINGS (DIN/ISO, BS, ANSI)

DN15 PVMT005 2067.76 546.30 14.51 54.91

DN20 PVMT007 1136.61 300.29 26.39 99.90

DN25 PVMT010 716.52 189.31 41.87 158.47

DN32 PVMT012 446.07 117.85 67.25 254.56

DN40 PVMT015 278.83 73.67 107.59 407.23

DN50 PVMT020 159.36 42.10 188.26 712.55

Plastic Installation Fittings for Metric Pipes:

Polypropylene True Union Tees

PVDF True Union Tees

PVC True Union Tees

10. Calibration Data: K-factors and Full Scale Current Values

9 2551 Magmeter

PIPE SIZE FITTING K-Factor K-Factor 20 mA= 20 mA=

(IN.) TYPE Gallons Liters in GPM in LPM

CARBON STEEL TEES ON SCH 40 PIPE

½ CS4T005 1572.66 415.50 19.08 72.20

¾ CS4T007 1086.73 287.11 27.61 104.49

1 CS4T010 582.34 153.86 51.52 194.99

1¼ CS4T012 377.48 99.73 79.48 300.81

1½ CS4T015 267.79 70.75 112.03 424.02

2 CS4T020 167.85 44.35 178.73 676.48

STAINLESS STEEL TEES ON SCH 40 PIPE

½ CR4T005 1601.26 423.05 18.74 70.91

¾ CR4T007 937.78 247.76 31.99 121.08

1 CR4T010 606.18 160.15 49.49 187.32

1¼ CR4T012 279.68 73.89 107.26 405.99

1½ CR4T015 147.65 39.01 203.19 769.06

2 CR4T020 111.90 29.56 268.09 1014.73

STAINLESS STEEL WELDOLETS ON SCH 40 PIPE

2½ CR4W025 106.31 28.09 282.19 1068.10

3 CR4W030 72.27 19.09 415.12 1571.25

4 CR4W040 36.84 9.73 814.34 3082.28

5 CR4W050 29.28 7.73 1024.70 3878.50

6 CR4W060 20.29 5.36 1478.26 5595.21

8 CR4W080 11.73 3.10 2557.72 9680.96

10 CR4W100 7.45 1.97 4028.83 15249.13

12 CR4W120 5.24 1.39 5722.73 21660.53

CARBON STEEL WELDOLETS ON SCH 40 PIPE

2½ CS4W025 105.70 27.93 283.82 1074.27

3 CS4W030 70.68 18.67 424.45 1606.56

4 CS4W040 36.38 9.61 824.65 3121.30

5 CS4W050 29.28 7.73 1024.70 3878.50

6 CS4W060 20.29 5.36 1478.26 5595.21

8 CS4W080 11.73 3.10 2557.72 9680.96

10 CS4W100 7.45 1.97 4028.83 15249.13

12 CS4W120 5.24 1.39 5722.73 21660.53

GALVANIZED IRON TEES ON SCH 40 PIPE

1 IR4T010 558.50 147.56 53.71 203.31

1¼ IR4T012 334.45 88.36 89.70 339.51

1½ IR4T015 248.97 65.78 120.49 456.07

2 IR4T020 146.00 38.57 205.48 777.76

Metal Installation Fittings:

Carbon Steel Tees and Weld-o-Lets

Stainless Steel Tees and Weld-o-Lets

Galvanized Iron Tees

10. Calibration Data: K-factors and Full Scale Current Values

102551 Magmeter

PIPE SIZE FITTING K-Factor K-Factor 20 mA= 20 mA=

(IN.) TYPE Gallons Liters in GPM in LPM

SCH 80 IRON SADDLE ON SCH 80 PIPE

2 IR8S020 194.85 51.48 153.96 582.75

2½ IR8S025 142.28 37.59 210.86 798.10

3 IR8S030 87.53 23.13 342.72 1297.20

4 IR8S040 40.62 10.73 738.58 2795.54

5 IR8S050 29.28 7.74 1024.43 3877.48

6 IR8S060 22.30 5.89 1345.58 5093.03

8 IR8S080 12.52 3.31 2395.41 9066.64

10 IR8S100 7.94 2.10 3778.75 14302.57

12 IR8S120 5.65 1.49 5311.45 20103.83

SCH 80 IRON SADDLE ON SCH 40 PIPE

2 IR8S020 185.35 48.97 161.85 612.61

2½ IR8S025 127.47 33.68 235.36 890.83

3 IR8S030 76.62 20.24 391.54 1481.99

4 IR8S040 40.23 10.63 745.72 2822.57

5 IR8S050 27.32 7.22 1098.24 4156.83

6 IR8S060 19.71 5.21 1521.92 5760.46

8 IR8S080 11.61 3.07 2584.23 9781.30

10 IR8S100 7.36 1.94 4078.8 15438.2

12 IR8S120 5.18 1.37 5793.39 21927.98

Metal Installation Fittings

Iron Saddles

10. Calibration Data: K-factors and Full Scale Current Values

PIPE SIZE FITTING K-Factor K-Factor 20 mA= 20 mA=

(IN.) TYPE Gallons Liters in GPM in LPM

BRONZE TEES ON SCH 40 PIPE

1 BR4T010 582.34 153.86 51.52 194.99

1¼ BR4T012 330.54 87.33 90.76 343.53

1½ BR4T015 254.76 67.31 117.76 445.71

2 BR4T020 157.36 41.58 190.64 721.58

COPPER TEES FITTING ON COPPER PIPE SCH K

½ CUKT005 2459.19 649.72 12.20 46.17

¾ CUKT007 1108.02 292.74 27.08 102.48

1 CUKT010 649.87 171.70 46.16 174.73

1¼ CUKT012 422.03 111.50 71.09 269.06

1½ CUKT015 281.43 74.35 106.60 403.47

2 CUKT020 136.02 35.94 220.55 834.78

COPPER TEES FITTING ON COPPER PIPE SCH L

½ CUKT005 2406.30 635.75 12.47 47.19

¾ CUKT007 1174.77 310.37 25.54 96.66

1 CUKT010 672.28 177.62 44.62 168.90

1¼ CUKT012 402.84 106.43 74.47 281.87

1½ CUKT015 294.99 77.94 101.70 384.92

2 CUKT020 149.63 39.53 200.50 758.89

COPPER/BRONZE BRAZOLET ON SCH 40 PIPE

2½ BR4B025 117.31 30.99 255.74 967.96

3 BR4B030 78.62 20.77 381.58 1444.28

4 BR4B040 45.13 11.92 664.77 2516.15

5 BR4B050 32.79 8.66 914.91 3462.95

6 BR4B060 22.73 6.01 1319.87 4995.72

8 BR4B080 13.14 3.47 2283.68 8643.71

10 BR4B100 8.34 2.20 3597.17 13615.29

12 BR4B120 5.87 1.55 5109.58 19339.76

Metal Installation Fittings:

Bronze and Copper Tees and Brazolets

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