Badger Meter Dynasonics UHC100 User Manual Download

Page: 20 / 52

Parameter

Value

Notes

2 11

Previous month integral Tariff 2

energy and date

00000 000

MWh

BIL

Changes every second

2017 01 01

BIL

2 12

Previous month integral heat

carrier volume and date

M m³

00000 000

BIL

Changes every second

2017 01 01

BIL

2 13

Previous month integral pulse

input 1 value and date

M m³

00000 000

BIL

Changes every second

2017 01 01

BIL

2 14

Previous month integral pulse

input 2 value and date

M m³

00000 000

BIL

Changes every second

2017 01 01

BIL

2 15

Previous month maximum

power value and date

0 000

BIL MAX

Changes every second

2017 01 01

BIL

2 16

Previous month minimum (or

maximum cooling) power value

and date

0 000

BIL MIN

Changes every second

2017 01 01

BIL

Operating Procedure

Page 20

November 2020

HYB-UM-03193-EN-02

Summary of Contents for Dynasonics UHC100

Page 1: ...UHC100 Ultrasonic Heat Meter Cooling Energy Meter HYB UM 03193 EN 02 November 2020 User Manual...

Page 2: ...UHC100 Ultrasonic Heat Meter Cooling Energy Meter Page ii November 2020 HYB UM 03193 EN 02...

Page 3: ...nsors 14 Installing the Temperature Sensors 14 Operating Procedure 15 Control Button 15 Representation of Data 15 Menu Structure 16 Test Mode Control 28 Verification 30 Transportation and Storage 30 C...

Page 4: ...ection DN100 in Length 300 mm 39 Meter Ordering Matrix 43 Technical Specifications 46 Energy Measurement 46 Flow Measurement 46 Pulse Inputs Additional 47 Temperature Measurement 47 Display 47 Data Re...

Page 5: ...claim for equipment damage in transit is the sole responsibility of the purchaser SAFETY Terminology and Symbols Indicates a hazardous situation which if not avoided will result in death or serious pe...

Page 6: ...ins before cleaning Clean using a damp cloth Do not use liquid or aerosol cleaners Repairing Faults Disconnect all units from power supply and have it repaired by a qualified service person if any of...

Page 7: ...chnical Regulation on Measuring Instruments and harmonized standards LST EN 1434 Heat meters LST EN 1434 1 2016 LST EN 1434 2 2016 LST EN 1434 3 2016 LST EN 1434 4 2016 LST EN 1434 5 2016 The meter me...

Page 8: ...eratures 1 and 2 measured by the supply and return water temperature sensors T1 and T2 hT1 hT2 The calculated specific enthalpy of the heat carrier for the temperatures 1 2 When the cooling energy tar...

Page 9: ...d their purpose pulse values initial values of their volume registers and volume register resolution point position Whether the pulse outputs are activated their purpose pulse values initial values of...

Page 10: ...h 0 C INF Temperature T1 2 m h 0 C INF Temperature T2 1 2 m h 0 0 C INF Temperature differential T1 T2 SEt 0 000 MWh INF Installation place Heat or heat cooling meter Energy measurement units and poi...

Page 11: ...1 INF Mode of the 2nd pulse input output Pulse value Yes 1 m h 00000 000 INF Initial reading of the 1st pulse input Point position of the 1st pulse input Yes 2 m h 00000 000 INF Initial reading of the...

Page 12: ...terface Yes InStALL INF For activating the RF interface installation mode by the press button press and hold Yes Changing the Meter Configuration The parameters marked in Procedure for Checking the Me...

Page 13: ...nlight No special requirements are established for the free space around the meter It is important that nearby installations or structures do not rest against the housing of the meter do not hinder th...

Page 14: ...ensor must coincide The flow sensor can be installed either on the supply or return line depending on the indication on the label of the meter Prior to installing the sensor the pipeline of the heatin...

Page 15: ...be displayed The values of the integral and instantaneous measured parameters when the symbol INT is displayed The data of monthly archives and data of the reporting day when the symbol BIL is display...

Page 16: ...c unit in the Operating Mode is shown in Figure 2 The main integral readings 1 2 or error 1 1 are shown if the button was not pressed for more than 60 seconds Figure 2 Reviewing readings in the operat...

Page 17: ...iff is linked with a cooling energy meter 1 4 Integral energy Tariff 2 2 00000 000 MWh INT In the case of a combined device the snowflake shows that the tariff is linked with a cooling energy meter 1...

Page 18: ...ge 27 2017 01 01 INT 2 1 Settlement day integral energy and date 00000 000 MWh BIL Changes every second 2017 01 01 BIL 2 2 Settlement day integral cooling energy and date 00000 000 MWh BIL Changes eve...

Page 19: ...integral pulse input 2 value and date 2 m 00000 000 BIL Changes every second 2017 01 01 BIL 2 8 Previous month integral energy and date M 00000 000 MWh BIL Changes every second 2017 01 01 BIL 2 9 Prev...

Page 20: ...e input 1 value and date 1 M m 00000 000 BIL Changes every second 2017 01 01 BIL 2 14 Previous month integral pulse input 2 value and date 2 M m 00000 000 BIL Changes every second 2017 01 01 BIL 2 15...

Page 21: ...perature value and date 2 M 0 0 C BIL MAX Changes every second 2017 01 01 BIL 2 20 Previous month maximum recorded temperature differential 1 2 M 0 0 C BIL MAX Changes every second 2017 01 01 BIL 2 21...

Page 22: ...f the readings of only the last two last or all 36 months 3 1 Thermal power 0 000 kW INF 3 2 Heat carrier flow rate m h 0 000 INF 3 3 Supply heat carrier temperature 1 0 C INF 3 4 Return heat carrier...

Page 23: ...MIN 1 2 L1 40 0 C INF MAX when the time interval is set in hours 07 23 h 1 2 L1 07 32 h INF MAX 3 12 Tariff 2 configuration Similarly to Tariff 1 only L1 changes to L2 Similarly to tariff 1 3 14 2nd...

Page 24: ...000000 h INF 3 25 For activating the Test Mode and the output of energy pulses through the optical interface tESt on Wh INF Protected by password see Activating the Test Mode with the Control Button o...

Page 25: ...electronic unit readings in the Test Mode Display readings in the Test Mode ID Parameter Value Notes 4 1 High resolution energy TEST 000000 00 Wh Updated every second Indicated as Pulse Wh if the ene...

Page 26: ...ted by pressing and holding the button 4 9 SF and the flow rate value are indicated if volume simulation has been started TEST m h SF 1 500 Changes every second by with selected parameter Volume pulse...

Page 27: ...mperature sensor T1 Er 0001 INT 0 normal operation 4 the sensor is short circuited 8 the sensor is disconnected or short circuited Status of the flow sensor Er 0001 INT 0 normal operation 1 no signal...

Page 28: ...ented in Table 2 Selected energy measurement units kWh MWh GJ Gcal Resolution of the energy indicator 000000 01 Wh 0000000 1 kJ 0000000 1 kcal Resolution of volume indicator 00 000001 m3 Table 2 Resol...

Page 29: ...he electronic unit of the meter or by removing the protective service seal if the partition was already broken before the SERVICE mode will be activated and the symbol will be displayed This mode allo...

Page 30: ...ement inside the vehicle Protect the meters against mechanical damage and shocks The rooms where the meters are kept must be free from aggressive corrosive materials Transportation and storage conditi...

Page 31: ...Line A brown Line B white 24V AC DC yellow 24V AC DC green CL interface CL CL brown CL white MiniBus interface MINIBUS Line brown Line white For external power supply from 230V AC mains 230V AC 230V...

Page 32: ...6 mm Front Figure 5 The overall dimensions of calculator of Dynasonics UHC100 heat meter IMPORTANT The marking embossed on the meter is the end connection size not the meter size Example Flow sensor Q...

Page 33: ...r 165 mm 3 5 in 90 mm 4 6 in 116 mm 4 3 in 110 mm 6 5 in 165 mm OR 0 5 in 12 mm 3 1 in 80 mm G 3 4 in Figure 6 Flow sensor qp 0 6 1 0 1 5 m h Length L 110 mm L 165 mm connection type thread G3 4 in Di...

Page 34: ...Flow sensor qp 2 5 1 5 m h Length L 130 mm connection type thread G1 in DN20 Threaded Connection G 1 in Length 190 mm 3 5 in 90 mm 4 6 in 116 mm 5 1 in 190 mm 3 3 in 84 mm G 1 in 0 7 in 17 mm Figure...

Page 35: ...1 5 2 5 m3 h L 190 mm connection type flanges D20 DN25 Threaded Connection G 1 1 4 in or G 1 1 2 in Length 260 mm 3 5 in 90 mm 4 6 in 116 mm 10 2 in 260 mm 5 2 in 131 mm G 1 1 4 in OR G 1 1 2 in 0 7...

Page 36: ...7 5 85 Figure 11 Flow sensor qp 3 5 6 0 m3 h L 260 mm connection type flanges DN25 DN32 Flange Connection Length 260 mm 10 2 in 260 mm 0 7 in 17 mm 5 8 in 147 mm 5 4 in 137 mm 4 18 R70 100 Figure 12 F...

Page 37: ...11 8 in 300 mm Figure 13 Flow sensor qp 10 0 m3 h L 300 mm connection type thread G2 in DN40 Flange Connection DN40 Length 300 mm 5 9 in 150 mm 11 8 in 300 mm 0 7 in 17 mm 4 18 110 Figure 14 Flow sen...

Page 38: ...ction DN65 in Length 300 mm 11 8 in 300 mm 0 7 in 19 mm 8 R 9 145 7 3 in 185 mm 7 3 in 185 mm Figure 16 Flow sensor qp 25 m3 h L 300 mm connection type flanges DN65 DN80 Flange Connection DN80 in Leng...

Page 39: ...ion DN100 in Length 300 mm 14 2 in 360 mm 0 7 in 19 mm 8 R 11 5 190 8 9 in 225 mm 8 9 in 225 mm Figure 18 Flow sensor qp 60 m3 h L 360 mm connection type flanges DN100 Dimensions Page 39 November 2020...

Page 40: ...ter Pocket Length in mm DN20 to DN100 4 100 DN125 to DN150 5 3 135 DN200 8 9 225 Figure 22 Dimensions of the fastening bushing when pipe DN 65 mm Figure 23 Dimensions of the fastening bushing when pip...

Page 41: ...Manufacturer s Warranty Seal Sticker Figure 25 Flow sensor qp 0 6 1 0 1 5 2 5 m h sealing Figure 26 Flow sensor qp 3 5 6 0 m h sealing Manufacturer s Warranty Seal Sticker Manufacturer s Warranty Sea...

Page 42: ...ng Seal Measuring Element Sensor Centerline Pipe Temperature Sensor Mounting Seal Figure 31 Sensor installed using a T piece Figure 32 Sensor installed using a valve T piece Dimensions Page 42 Novembe...

Page 43: ...260 G1 1 4 45 2 5 130 G1 22 6 0 260 G1 1 2 46 0 6 190 G1 31 6 0 260 DN25 47 0 6 190 DN20 32 6 0 260 DN32 48 1 0 190 G1 33 10 0 300 G2 51 1 0 190 DN20 34 10 0 300 DN40 52 1 5 190 G1 35 15 0 270 DN50 6...

Page 44: ...o 1 Yes 2 0 130 C standard No 3 Yes 4 Length of the temperature sensors cable Code Length of the temperature sensors cable Code 1 5 m standard 1 3 m 4 2 m 2 5 m 5 2 5 m 3 10 m 6 Code Standard 07 08 En...

Page 45: ...alve for DS type sensors 1 Protective sockets for PL type sensors 3 Code Code Not included 0 Flanges with gaskets 3 Threaded with gaskets 1 Only gaskets 4 For welding with gaskets 2 Meter kits that in...

Page 46: ...1 in or DN20 1 5 3 0 006 0 003 4 33 110 4 5 165 17 1 G3 4 in 1 5 3 0 006 0 003 7 48 190 5 8 G1 in or DN20 1 5 3 0 015 0 003 4 33 110 4 5 165 17 1 G3 4 in 1 5 3 0 015 0 003 7 48 190 5 8 G1 in or DN20 1...

Page 47: ...rature Measurement Temperature measuring range 32 194 F 0 90 C Custom made 32 266 F 0 130 C Temperature difference measuring range 2 70 K or 3 70 K Custom made 2 110 K or 3 110 K Temperature sensor de...

Page 48: ...Value and date of the maximum flow rate 11 Supply heat carrier maximum temperature value and date 12 Return heat carrier maximum temperature value and date 13 Supply heat carrier minimum temperature...

Page 49: ...outputs 2 or none to be specified when ordering Class OB in the Operating Mode OD in the Test Mode Type Open collector Permissible current Up to 20 mA Voltage Up to 24 V Pulse duration 125 ms in the...

Page 50: ...Weight max in kg G3 4 in 110 mm 1 5 0 7 G3 4 in 165 mm 1 8 0 8 G1 in 110 mm 1 5 0 7 G1 in 130 mm 1 8 0 8 G1 in 190 mm 2 0 9 DN20 190 mm 5 5 2 5 G1 1 4 in 7 1 3 2 G1 1 2 in 7 3 3 3 DN25 12 3 5 6 DN32...

Page 51: ...at Meter Calculator No additional sealing applies to the electronic unit of a newly manufactured heat meter Access to elements fixing the opening of the box configuration change activation contacts an...

Page 52: ...d trademark of Badger Meter Inc Other trademarks appearing in this document are the property of their respective entities Due to continuous research product improvements and enhancements Badger Meter...

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