APK Analog Pulse Kit
Specifications:
- Dimensions: 4.5 x 5.0 x 1.275 inches
- Weight: 6.1 Ounces
- Supply Voltage: 9-36VDC
- Supply Power: 1.25W
- Power Supply Isolation: 1500VRMS
Product Usage Instructions:
User-Friendly Setup:
The Analog Pulse Kit can be easily set up using the integrated
DIP switches. Refer to the lookup table provided to customize the
meter-specific behavior in the field.
Pulse Output Generation:
The kit generates a 4-20mA flow rate signal and a dry-contact
pulse-per-volume signal using the digital pulse output from the
water meter.
Flow Switch Signal:
The Analog Pulse Kit also provides a dry-contact flow switch
signal that can be utilized to trigger devices like chemical
disinfection pumps.
Pulse Extension and Low-Speed Pulse Output:
If your flow meter’s pulse signal is too short or high-frequency
for certain systems, utilize the Pulse Extension feature to
lengthen pulse duration and the Low-Speed Pulse Output feature to
decrease pulse frequency.
Installation:
Mount the Analog Pulse Kit on an industry-standard 35mm
DIN-rail. Connect the meter cable and SCADA cable to the
appropriate terminal blocks.
FAQ:
How do I customize the behavior of the Analog Pulse Kit?
Use the 16 integrated DIP switches and refer to the lookup table
for meter-specific customization.
Can the Analog Pulse Kit generate flow rate signals?
Yes, it can generate a 4-20mA flow rate signal along with a
dry-contact pulse-per-volume signal.
Analog
Model APK
Pulse Kit
Building or Factory Automation Controls
SCADAMETRICS®
milliamp pulse
flow switch
pulse
Provides 4-20 Milliamp Flow Rate and Pulseper-Volume Meter Signals to SCADA, Telemetry, and Building Automation Systems!
SCADAmetrics® is pleased to introduce a new member to its DINstrumentationTM series Analog Pulse Kit!
This new electronic signal generator for water meters provides a 420 milliamp (flow) output, a dry contact pulse (per volume) output, and a dry contact flow switch output!
Certain flow meters, such as the Sensus® Cordonel®, OMNITMseries, and HydroVerse, feature a digital pulse output signal. The SCADAmetrics Analog Pulse Kit was designed to expand upon this signal to provide an efficient flow meter interface to SCADA, Telemetry, and Building Automation Systems.
Furthermore, the Analog Pulse Kit was designed using SCADAmetrics’ signature approach of providing users with the capability to easily set the instrument’s meter-specific behavior inthe-field, as opposed to only at the factory. All meter-specific customization is accomplished using 16 integrated DIP-switches, which are set according to our lookup table. The obvious benefits to our approach are accelerated project schedules and shortened lead-times.
The Analog Pulse Kit utilizes the digital pulse output from the water meter to generate a 4-20mA rate-of-flow signal and a secondary dry-contact pulse-per-volume signal. It also generates a dry-contact flow switch signal, which can be used, for example, to trigger ON/OFF a chemical disinfection pump.
For pulse output meters that feature a dry-contact, open-collector, or open-drain output, the Analog Pulse Kit offers a standard 2-wire pulse input interface.
For Sensus® Cordonel®, OMNITM, HydroVerse, HET Propeller, and W-Series Turbo Meters, the Analog Pulse Kit provides the necessary 24VDC auxiliary power supply for these unique meters.
METER
For flow meters whose pulse output signal is too short-duration (milliseconds) or too high-frequency (Hz) to be detected by certain low-pulse-bandwidth BMS systems, the Analog Pulse Kit provides a Pulse Extension feature, which lengthens the duration of each output pulse to at least 100 milliseconds; and the Analog Pulse Kit also provides a Low-Speed Pulse Output feature, which decreases the pulse output frequency (Hz) by a factor of 10.
Key Features
· 4-20mA Flow-Proportional Output (3KV Isolation). · Dry-Contact, Volume-Proportional Output (3.75KV Isolation). · Dry-Contact Flow-Switch Output (3.75KV Isolation).
· Compatible with Most Late-Model, Pulse-Type Flow Meters. · Works with All Popular Registration Units (Gallons, Cubic Feet, Cubic Meters,
Acre Feet).
· No Computer Required! Setup via DIP Switches Only! · Removable Terminal Blocks, Simplified Wiring Procedures. · Mounts on standard 35mm industrial DIN-rail. · 24VDC-Powered (1.5KV Isolation). Low 1.2W Power Consumption. · Enclosure and Circuit Board: UL 94-VO recognized materials. · Simulation-Mode Feature: Emits 12mA and 1 Hz Pulse.
Are you interested in how SCADAmetrics meter technology can help you more closely monitor the flow through your water meters? Give us a call! We’ll be glad to discuss the details!
SCADAmetrics scadametrics.com
Wildwood, Missouri USA 636.405.7101
STATUS LED S POWER OK, INPUT PULSE
ULTRA-WIDE POWER SUPPLY INPUT
9-36VDC
1.5KV Isolation
INDUSTRY-STANDARD 35mm DIN-RAIL MOUNT
3KV Isolation
{ 3-Wire or 2-Wire Pulse Input
3KV Isolation 3.75KV Isolation 3.75KV Isolation
{ 4-20mA (per Flow Rate) { Pulse (per Volume)
{ Flow Switch (or 2nd Pulse)
REMOVABLE TERMINAL BLOCKS
STATUS LED S OUTPUT PULSE, FLOWING
Engineering Specifications
USER-FRIENDLY SETUP VIA DIP SWITCHES
Dimensions: Weight: Supply Voltage: Supply Power: Power Supply Isolation:
Solid-State Pulse Support: Dry-Contact Pulse Support: Sensus® Meter Support:
Supported Units: Supported Scalors: Flow Calculation Window: Programming Method: Totalizer Max Unscaled Count: Input Pulse Frequency Range: Minimum Pulse Width
4-20mA Flow Range (gpm): 4-20mA Flow Range (lpm): 4-20mA Resolution: 4-20mA Isolation: 4-20mA Max Series Resistance: 4-20mA Signal Type:
Pulse Output Type: Flow Switch Output Type: Pulse Output Resolution:
De-Bounce Filter:
Closed-Contact Resistance: Closed-Contact Max Current: Open-Contact Max Voltage: Pulse/Flow Switch Isolation:
Meter Cable Connection: SCADA Cable Connections:
Temperature: Relative Humidity: Enclosure Rating: Manufacturing Location: Environmental: Warranty:
4.5″ x 5.0″ x 1.275″ 6.1 Ounces 9-36VDC 1.25W 1500VRMS
Yes Yes Yes Cordonel®, OMNITM, HydroVerse, Propeller/HET, Legacy W-Series Turbo
Gallon, Cubic Feet, Cubic Meters, Acre-Feet x1 , x10 , x100 , x1,000 — x0.1 , x0.01 , x0.001 , x0.0001 , x0.00001 , x1/60 , x1/6 , x10/6 , x100/6 5s, 15s, 30s, 60s (User-Selectable) Integrated DIP Switches, 16-Poles 999,999,999 0 5000 Hz 100 microseconds
20,30,50,80,125,200,300,500,750,1200,2000,3000,4600,7300,11400,18000 75,120,200,300,475,750,1200,2000,3000,4500,7000,11000,17500,27500,43000,68000 16-Bit DAC 3000VRMS 500 Active. Therefore, do not add an external loop supply, or else damage to the unit will result!
Solid-State Dry-Contact, 1 Output Pulse per Input Pulse
Solid-State Dry-Contact, Closes if Rate-of-Flow > 0
Normal-Speed Mode: Output Pulse Resolution = Input Pulse Resolution
Low-Speed Mode:
Output Pulse Resolution = Input Pulse Resolution/10 (De-Activates De-Bounce Filter)
200ms Activated Only For 15s, 30s, and 60s Flow Calculation Windows When Pulse Extension Mode is ON
100ms Activated Only For 5s Flow Calculation Window When Pulse Extension Mode is ON
0.4 ohm, typical
500mA
60V
3750VRMS
3-Position, Removable Screw-Down Terminal Block, 12-26 AWG 6-Position, Removable Screw-Down Terminal Block, 12-26 AWG
-40C to 85C (-40°F to 185°F) 5% to 95%, Non-Condensing Built to IP40 Specifications, Not Rated for Submersion /Outdoor Use USA ROHS-Compliant, Lead-Free 2 Years (see www.scadametrics.com for details)
Engineering Dimensions (Inches)
5.0″
4.5″
1.275″
Meter Terminal Block Hookup (Table.1)
Terminal
Function
1
Excitation Power (+24VDC)
2
Pulse Input (+)
3
Pulse Input (-)
Sensus® Cordonel® , OMNITM ,
HET Prop , W-Series Turbo
Red Green Black
Dry-Contact Pulse Input or Transistor Pulse Input or
Sensus® HydroVerse
No Connection! Pulse (+) Pulse (-)
Wiring Notes: 1. Terminal #1 is a 24VDC Excitation Power Supply, which is provided as a convenience for Sensus® Cordonel®, OMNITM, HET Propeller, and W-Series Turbo Water Meters only. 2. Non-Sensus® Water Meters and the Sensus HydroVerse should connect to Terminals #2 and #3 only.
Signal Terminal Block Hookup (Table.2)
Terminal 4 5
Function 4-20mA + 4-20mA
Notes Settable Range via DIP Switches
6
Pulse +
Solid-State Dry Contact (N-O)
7
Pulse
500mA Max, 60V Max
8
Flow Switch +
Solid-State Dry Contact (N-O)
9
Flow Switch
500mA Max, 60V Max
DIP Switch Setup (Figure.1)
QUICK-START GUIDE
SENSUS® CORDONEL® WIRING
Fig.1
Sensus Cordonel FieldLogic Configuration Tool (Android/Tablet): 1. Purchase/Acquire Compatible Cordonel Communication Cable
Must be Dual-Output Type. Highlighted in Green Below.
2. Insert/Attach Communication Cable to Cordonel 3. Enable Pulse Output using FieldLogic Tool 4. The Default Pulse Width of the Cordonel is 20ms. This is OK as-is. 5. Set Pulses per Unit Volume using FieldLogic Tool, According to
the Following Table:
SENSUS® OMNI® WIRING
Fig.2
Sensus FieldLogic Configuration Tool (Android/Tablet): 1. Omni-T2/C2/F2 register will always feature the necessary dual-output cables. 2. For Omni-Plus register, Purchase/Acquire Compatible Dual-output Communication Cables 3. Sensus Omni or Omni-Plus register should be programmed using Sensus FieldLogic Tool, according to the following tables:
SENSUS® HYDROVERSE® WIRING
Fig.3
Sensus FieldLogic Configuration Tool (Android/Tablet): 1. Sensus HydroVerse register should be programmed using Sensus FieldLogic Tool, according to the following tables:
2. Set Pulse Width: 20ms (HydroVerse default is 2ms).
SENSUS® HET/ PROPELLER WIRING
Fig.2
SENSUS® WSERIES TURBO / HSP WIRING
Fig.3
Initial Setup:
1. Attach the water meter’s two (2) pulse wires (or three (3) pulse wires for Sensus Cordonel/Omni/Prop/W-Turbo meters) Analog Pulse Kit terminals 1,2,3 (see above table for color-coding).
2. (If Applicable) Connect the 4-20mA output signal to PLC/Controller: Terminals 4(+) and 5(-). Important Note! The Analog Pulse Kit provides loop power. The user must not add an additional loop power supply, or else damage to the unit will result.
3. (If Applicable) Connect the pulse output signal to the PLC/Controller: Terminals 6 and 7. Important Note! The pulse output is a solidstate, dry-contact type. 500mA max, 60V max. Circuit must be current-limited by external means.
4. (If Applicable) Connect the flow switch signal to the PLC/Controller: Terminals 8 and 9. Important Note! The flow switch output is a solid-state, dry-contact type. 500mA max, 60V max. Circuit must be current-limited by external means.
5. Set the DIP Switches, per Figure.1, and per Following Instructions:
DIP Switches
1-2
3-4
5
6
Function
Set Registration Units to Match Target Flow Meter: · Gallons · Cubic Feet · Cubic Meters · Acre Feet
Set Sampling Window, Per Typical Pulse Input Frequency: · 5s When Pulse Input Freq > 0.4 Hz · 10s When Pulse Input Freq: 0.2-0.4 Hz · 30s When Pulse Input Freq: 0.1-0.2 Hz · 60s When Pulse Input Freq < 0.05 Hz
Set Pulse Output Speed: · Normal (Output Pulse Speed = Input Pulse Speed) · Slow (Output Pulse Speed Hz = Input Pulse Speed Hz / 10)
Recommendation: Use Slow Speed if SCADA, Telemetry, BMS Incapable of Processing Normal Speed Pulses. Enable/Disable Pulse Output Extension Mode:
· Disable (Output Pulse Width = Input Pulse Width) · Enable (Output Pulse Width = Max(Input Pulse Width , 100 ms) )
(Enables 100ms De-Bounce Filter, if Sampling Window = 5s) (Enables 200ms De-Bounce Filter, if Sampling Window = 15s, 30s, or 60s)
Recommendation 1: Enable Pulse Extension Mode If Pulse Width Too Short for Detection by SCADA, Telemetry, BMS System.
Recommendation 2: Enable Pulse Extension Mode for Low-Frequency, Mechanical Contact Closure Inputs In Order to Activate De-Bounce Function.
Note! If Extended Pulse Width Mode Causes Output Pulses to Overlap, Then User May Also Set Pulse Output Speed to `Slow’.
Possible Examples: · Badger Meter HR Default Pulse Width: 50ms · Metron-Farnier Innov8 Default Pulse Width: 50ms
7 8 9,10,11,12
13,14,15,16
Configure Digital Output Channel 2:
· Flow Switch Output (Contact Closure When Flow Rate > 0)
· 2nd Pulse Output (Mirrors 1st Pulse Output)
Enable / Disable Simulation Mode:
· Enable (For Debugging Control Panel):
4-20mA Output = 12mA (50%) Fixed
Pulse Output = 1 Hz Fixed
Flow Switch Output = ON / Closed
· Disable (Run Mode):
4-20mA, Pulse, & Flow Switch Operate in Normal Run Mode
Set the Input Pulse Weight:
x1
1 pulse per 1 unit
x10
1 pulse per 10 units
x100
1 pulse per 100 units
x1000
1 pulse per 1000 units
x0.1
1 pulse per 0.1 unit
x0.01
1 pulse per 0.01 unit
x0.001
1 pulse per 0.001 unit
x0.0001
1 pulse per 0.0001 unit
x0.00001
1 pulse per 0.00001 unit
X1/60
1 pulse per 1/60 unit
x1/6
1 pulse per 1/6 unit
x10/6
1 pulse per 10/6 unit
x100/6
1 pulse per 100/6 unit
…where unit = gal/ft3/m3/AF
Set the 20mA Flow Rate.
(4mA Flow Rate Always Equals Zero Flow).
If Meter Registration Units = gal, ft3, or AF Set 20mA Flow Rate in GPM (gallons per minute).
If Meter Registration Units = m3 Set 20mA Flow Rate in LPM (liters per minute).
6. Note the Following Behaviors of the Input Pulse De-Bounce Function and the Output Pulse-Extension Function:
Sample Period = 5 seconds…
Pulse Speed = SLOW (Disables De-Bounce) Pulse Speed = NORMAL Sample Period = 15, 30, 60 seconds…
Pulse Speed = SLOW (Disables De-Bounce) Pulse Speed = NORMAL
Pulse Extension = ON Pulse Extension = OFF (Enables De-Bounce) (Disables De-Bounce)
Extension = 100ms De-Bounce = Disabled
Extension = Disabled De-Bounce = Disabled
Extension = 100ms De-Bounce = 100ms
Extension = Disabled De-Bounce = Disabled
Pulse Extension = ON Pulse Extension = OFF (Enables De-Bounce) (Disables De-Bounce)
Extension = 200ms De-Bounce = Disabled
Extension = Disabled De-Bounce = Disabled
Extension = 200ms De-Bounce = 200ms
Extension = Disabled De-Bounce = Disabled
7. Connect DC voltage source to the Analog Pulse Kit’s V+/V- terminals. Apply Power, and Observe…
o The #1 LED (Green) `Pulse Input’ should blink ON whenever an incoming pulse (contact closure) has been detected.
o The #2 LED (Yellow) `Heartbeat’ should signal with an OCCASIONAL BLINK OFF, signifying that the Analog Pulse Kit is working.
o The #3 LED (Green) `Flow Detect’ will light up SOLID GREEN during periods when Positive Flow is Detected.
o The #4 LED (Yellow) `Pulse Output’ will follow the Pulse Output (LED ON=Contact Closure).
8. RESET PushButton Operation:
o If the RESET PushButton is depressed for 1 second (or more), then the Day Totalizer will be reset to ZERO (0).
o If the RESET PushButton is depressed for 5 seconds (or more), then the Day Totalizer and the Master Totalizers will both be reset to ZERO (0).
SENSUS WATER METERS
PERSONALITY SETTINGS FOR CORDONEL-SERIES METERS.
Recommended DIP Switches 1-12:
Size 1.5″ Cordonel 2″ Cordonel
Cordonel Should be Programmed to Emit: 1 pulse per 1.0 gallon 1 pulse per 0.1 ft3 1 pulse per 0.001 m3
3″ Cordonel
Cordonel Should be Programmed to Emit: 1 pulse per 1.0 gallon 1 pulse per 0.1 ft3 1 pulse per 0.01 m3 If Cordonel totalizer is FT3, then meter should be set up for “extended mode”.
4″ Cordonel
Cordonel Should be Programmed to Emit: 1 pulse per 10 gallons 1 pulse per 0.1 ft3 1 pulse per 0.01 m3 If Cordonel totalizer is FT3, then meter should be set up for “extended mode”.
6″ Cordonel
Cordonel Should be Programmed to Emit: 1 pulse per 10 gallons 1 pulse per 0.1 ft3 1 pulse per 0.01 m3
8″ Cordonel 10″ Cordonel 12″ Cordonel
Cordonel Should be Programmed to Emit: 1 pulse per 10 gallons 1 pulse per 0.1 ft3 1 pulse per 0.01 m3
Gallons
DipSw.1= DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11= DipSw.12=
Normal Speed Pulse: 1 Pulse / 1 Gal
Low Speed Pulse: 1 Pulse / 10 Gal
DipSw.1= DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11= DipSw.12=
Normal Speed Pulse: 1 Pulse / 1 Gal
Low Speed Pulse: 1 Pulse / 10 Gal
DipSw.1= DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
Normal Speed Pulse: 1 Pulse / 10 Gal
Low Speed Pulse: 1 Pulse / 100 Gal
DipSw.1= DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
Normal Speed Pulse: 1 Pulse / 10 Gal
Low Speed Pulse: 1 Pulse / 100 Gal
DipSw.1= DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
Normal Speed Pulse: 1 Pulse / 10 Gal
Low Speed Pulse: 1 Pulse / 100 Gal
Cubic Feet
DipSw.1=ON DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.1 FT3
Low Speed Pulse: 1 Pulse / 1 FT3
DipSw.1=ON DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.1 FT3
Low Speed Pulse: 1 Pulse / 1 FT3
DipSw.1=ON DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.1 FT3
Low Speed Pulse: 1 Pulse / 1 FT3
DipSw.1=ON DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.1 FT3
Low Speed Pulse: 1 Pulse / 1 FT3
DipSw.1=ON DipSw.2=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.1 FT3
Low Speed Pulse: 1 Pulse / 1 FT3
Cubic Meters
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10=ON DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.001 M3
Low Speed Pulse: 1 Pulse / 0.01 M3
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.01 M3
Low Speed Pulse: 1 Pulse / 0.1 M3
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.01 M3
Low Speed Pulse: 1 Pulse / 0.1 M3
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.01 M3
Low Speed Pulse: 1 Pulse / 0.1 M3
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: 1 Pulse / 0.01 M3
Low Speed Pulse: 1 Pulse / 0.1 M3
Sensus Cordonel Ultrasonic Flow Meter
SENSUS WATER METERS
PERSONALITY SETTINGS FOR OMNI-SERIES AND HYDROVERSE METERS.
Recommended DIP Switches 1-12:
Size
1.5″ 2″ 3″
Omni-C2/T2/F2 Omni-C2/T2/F2 Omni-C2/T2/F2
Omni Meter Emits:
1 pulse per 1.0 gallon 1 pulse per 0.1 ft3 1 pulse per 0.01 m3
4″ Omni-C2/T2/F2 6″ Omni-C2/T2/F2 8″ Omni-C2/T2/F2 10″ Omni-C2/T2/F2
Omni Meter Emits: 1 pulse per 10 gallons 1 pulse per 1 ft3 1 pulse per 0.1 m3
Gallons
DipSw.1= DipSw.2=
Cubic Feet
DipSw.1=ON DipSw.2=
Cubic Meters
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.3=ON DipSw.4=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11= DipSw.12=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: Normal Speed Pulse: Normal Speed Pulse:
1 Pulse / 1 Gal
1 Pulse / 0.1 FT3
1 Pulse / 0.01 M3
Low Speed Pulse: 1 Pulse / 10 Gal
Low Speed Pulse: 1 Pulse / 1 FT3
Low Speed Pulse: 1 Pulse / 0.1 M3
DipSw.1= DipSw.2=
DipSw.1=ON DipSw.2=
DipSw.1= DipSw.2=ON
DipSw.3=ON DipSw.4=
DipSw.3=ON DipSw.4=
DipSw.3=ON DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
DipSw.9= DipSw.10= DipSw.11= DipSw.12=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
Normal Speed Pulse: Normal Speed Pulse: Normal Speed Pulse:
1 Pulse / 10 Gal
1 Pulse / 1 FT3
1 Pulse / 0.1 M3
Low Speed Pulse: 1 Pulse / 100 Gal
Low Speed Pulse: 1 Pulse / 10 FT3
Low Speed Pulse: 1 Pulse / 1 M3
Sensus Omni-Series Flow Meter
For Omni register, use gray (pulse) cable.
For Omni-Plus register, use Gray (pulse) cable on left.
Sensus HydroVerse Magnetic Flow Meter
SENSUS WATER METERS
PERSONALITY SETTINGS FOR HET PROPELLER-SERIES METERS.
Recommended DIP Switches 1-12:
Size 3″ HET
Gallon Meter Emits: 600 Pulses per 100 Gallons (1 Pulse per 1/6 Gallon) FT3 Meter Emits: 600 Pulses per 10 FT3 (1 Pulse per 1/60 FT3)
4″ 10″ HET
Gallon Meter Emits: 600 Pulses per 1000 Gallons (1 Pulse per 10/6 Gallon) FT3 Meter Emits: 600 Pulses per 100 FT3 (1 Pulse per 1/6 FT3)
12″ 22″ HET
Gallon Meter Emits: 60 Pulses per 1000 Gallons (1 Pulse per 100/6 Gallon) FT3 Meter Emits: 60 Pulses per 100 FT3 (1 Pulse per 10/6 FT3)
Gallons
DipSw.1= DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10=ON DipSw.11= DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (1/6) Gal
Low Speed Pulse: 1 Pulse / (10/6) Gal DipSw.1= DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10=ON DipSw.11= DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (10/6) Gal
Low Speed Pulse: 1 Pulse / (100/6) Gal DipSw.1= DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (100/6) Gal
Low Speed Pulse: 1 Pulse / (1000/6) Gal
Cubic Feet
DipSw.1=ON DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (1/60) FT3
Low Speed Pulse: 1 Pulse / (1/6) FT3 DipSw.1=ON DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9= DipSw.10=ON DipSw.11= DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (1/6) FT3
Low Speed Pulse: 1 Pulse / (10/6) FT3 DipSw.1=ON DipSw.2=
DipSw.3= DipSw.4=
DipSw.5= DipSw.6= DipSw.7= DipSw.8=
DipSw.9=ON DipSw.10=ON DipSw.11= DipSw.12=ON
Normal Speed Pulse: 1 Pulse / (10/6) FT3
Low Speed Pulse: 1 Pulse / (100/6) FT3
Sensus Propeller Meter With HET (Hall Effect Transmitter)
SENSUS WATER METERS
PERSONALITY SETTINGS FOR W-SERIES TURBO METERS(1).
Recommended DIP Switches 1-12:
Size W-Series – All Sizes
Gallons
DipSw.1= DipSw.2=
Cubic Feet
DipSw.1=ON DipSw.2=
Cubic Meters
DipSw.1= DipSw.2=ON
DipSw.3= DipSw.4=
DipSw.3= DipSw.4=
DipSw.3= DipSw.4=
1.5″ W-120
DipSw.5= DipSw.6= DipSw.7= DipSw.8= DipSw.9= DipSw.10= DipSw.11= DipSw.12=
DipSw.5= DipSw.6= DipSw.7= DipSw.8= DipSw.9= DipSw.10= DipSw.11= DipSw.12=
DipSw.5= DipSw.6= DipSw.7= DipSw.8= DipSw.9= DipSw.10= DipSw.11= DipSw.12=
2″ W-160
12.42 Pulses / Gal DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
TBD Pulses / FT3 DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
TBD Pulses / M3 DipSw.9=ON DipSw.10= DipSw.11= DipSw.12=
3″ W-350
12.42 Pulses / Gal DipSw.9= DipSw.10=ON DipSw.11= DipSw.12=
TBD Pulses / FT3 DipSw.9= DipSw.10=ON DipSw.11= DipSw.12=
TBD Pulses / M3 DipSw.9= DipSw.10=ON DipSw.11= DipSw.12=
4″ W-1000
4.654 Pulses / Gal DipSw.9=ON DipSw.10=ON DipSw.11= DipSw.12=
TBD Pulses / FT3 DipSw.9=ON DipSw.10=ON DipSw.11= DipSw.12=
TBD Pulses / M3 DipSw.9=ON DipSw.10=ON DipSw.11= DipSw.12=
6″ W-2000
1.242 Pulses / Gal DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
TBD Pulses / FT3 DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
TBD Pulses / M3 DipSw.9= DipSw.10= DipSw.11=ON DipSw.12=
8″ W-3500
0.501 Pulses / Gal DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
TBD Pulses / FT3 DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
TBD Pulses / M3 DipSw.9=ON DipSw.10= DipSw.11=ON DipSw.12=
10″ W-5500
0.2617 Pulses / Gal DipSw.9= DipSw.10=ON DipSw.11=ON DipSw.12=
TBD Pulses / FT3 DipSw.9= DipSw.10=ON DipSw.11=ON DipSw.12=
TBD Pulses / M3 DipSw.9= DipSw.10=ON DipSw.11=ON DipSw.12=
16″ W-10,000
0.1195 Pulses / Gal DipSw.9=ON DipSw.10=ON DipSw.11=ON DipSw.12=
TBD Pulses / FT3 DipSw.9=ON DipSw.10=ON DipSw.11=ON DipSw.12=
TBD Pulses / M3 DipSw.9=ON DipSw.10=ON DipSw.11=ON DipSw.12=
0.1157 Pulses / Gal TBD Pulses / FT3
TBD Pulses / M3
* All Pulse Weights are Approximate for W-Series Turbo Meters.
(1) Requires Setting of “W-Series Turbo Meter” Activation Jumper. User Must Open Device Case, and Set Shunt Jumper on Circuit Board Utility Header:
Sensus W-Series Turbo Meter With High-Speed-Pickup
SENSUS WATER METERS
PERSONALITY SETTINGS FOR CORDONEL, OMNI, HYDROVERSE, PROPELLER, & W-SERIES METERS.
Recommended DIP Switches 13-16:
The Following Are *Suggested* Flow Span Settings, and May Need to Be Adjusted Based on Anticipated Max Flow Conditions.
4-20mA Span Settings Are Based Solely on Meter Size and Maximum Expected Flow Rates.
Size 1.5″
Cordonel, Omni, HydroVerse, Prop, W-120 Turbo
200 gpm 750 lpm
2″ Cordonel, Omni, HydroVerse, Prop, W-160 Turbo
300 gpm 1200 lpm
3″ Cordonel, Omni, HydroVerse, Prop, W-350 Turbo
500 gpm 2000 lpm
4″ Cordonel, Omni, HydroVerse, Prop, W-1000 Turbo
1200 gpm 4500 lpm
6″ Cordonel, Omni, HydroVerse, Prop, W-2000 Turbo
3000 gpm 11000 lpm
8″ Cordonel, Omni, HydroVerse, Prop, W-3500 Turbo
4600 gpm 17500 lpm
10″ Cordonel, Omni, HydroVerse, Prop, W-5500 Turbo
7300 gpm 27500 lpm
16″ Cordonel, Prop, HydroVerse, W-10,000 Turbo
11,400 gpm 43000 lpm
Gallons , Cubic Feet , Cubic Meters DipSw.13=ON DipSw.14= DipSw.15=ON DipSw.16=
DipSw.13= DipSw.14=ON DipSw.15=ON DipSw.16=
DipSw.13=ON DipSw.14=ON DipSw.15=ON DipSw.16=
DipSw.13=ON DipSw.14= DipSw.15= DipSw.16=ON
DipSw.13=ON DipSw.14=ON DipSw.15= DipSw.16=ON
DipSw.13= DipSw.14= DipSw.15=ON DipSw.16=ON
DipSw.13=ON DipSw.14= DipSw.15=ON DipSw.16=ON
DipSw.13= DipSw.14=ON DipSw.15=ON DipSw.16=ON
Documents / Resources
 |
SCADAMETRICS APK Analog Pulse Kit [pdf] Instruction Manual APK Analog Pulse Kit, APK, Analog Pulse Kit, Pulse Kit, Kit |