Zennio KES Plus User Manual Download Page 44

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KES Plus

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4 Bytes

C T R - -

DPT_ReactiveEnergy_kVARh

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[Global] [PRx] Inductive Reactive

Energy

kVAr·h

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C T R - -

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[x-Phase] [PRx] Inductive Reactive

Energy

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C T R - -

DPT_ReactiveEnergy_kVARh

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Energy

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[Global] [PRx] Capacitive Reactive

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DPT_ReactiveEnergy_kVARh

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[Global] [PRx] Capacitive Reactive

Energy

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C T R - -

DPT_ReactiveEnergy

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[x-Phase] [PRx] Capacitive Reactive

Energy

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C T R - -

DPT_ReactiveEnergy_kVARh

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[x-Phase] [PRx] Capacitive Reactive

Energy

kVAr·h

101

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C T R - -

DPT_Value_Currency

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[Global] [TR] Cost

Currency

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C T R - -

DPT_Value_Currency

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[x-Phase] [TR] Cost

Currency

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[Global] [TR] Income

Currency

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C T R - -

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[x-Phase] [TR] Income

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C T R - -

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[x-Phase] [PRx] Cost

Currency

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C T R - -

DPT_Value_Currency

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[Global] [PRx] Income

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C T R - -

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[x-Phase] [PRx] Income

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C T R - -

DPT_Value_Currency

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C T R - -

DPT_Value_Currency

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[x-Phase] [PRx] Cost / Income

Cost > 0; Income < 0 (Currency)

104

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C T R - -

DPT_CO2_Emission

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[Global] [TR] CO2 Emissions

kg CO2

2 Bytes

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DPT_CO2_Emission

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[x-Phase] [TR] CO2 Emissions

kg CO2

105, 106

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DPT_CO2_Emission

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kg CO2

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C T R - -

DPT_CO2_Emission

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[x-Phase] [PRx] CO2 Emissions

kg CO2

107

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DPT_Coefficient

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[x-Phase] Voltage Unbalance

108

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DPT_Coefficient

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[x-Phase] Current Unbalance

109, 113

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DPT_ActiveEnergy

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[Global] [PRx] Consumed Active

Energy (Previous Period)

W·h

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DPT_ActiveEnergy_kWh

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[Global] [PRx] Consumed Active

Energy (Previous Period)

kW·h

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DPT_ActiveEnergy

0 - 2147483647

[x-Phase] [PRx] Consumed Active

Energy (Previous Period)

W·h

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C T R - -

DPT_ActiveEnergy_kWh

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[x-Phase] [PRx] Consumed Active

Energy (Previous Period)

kW·h

110, 114

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C T R - -

DPT_ActiveEnergy

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[Global] [PRx] Generated Active

Energy (Previous Period)

W·h

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0 - 2147483647

[Global] [PRx] Generated Active

kW·h

Summary of Contents for KES Plus

Page 1: ...KES Plus KNX Energy Meter ZIO KESP USER MANUAL Application Program Version 1 2 User Manual Version 1 2 _a www zennio com...

Page 2: ...installations 7 1 3 Measured Quantities 10 1 4 Consumption data Initialization after a download 13 1 5 Setting the time of day 15 1 6 Visual Notification 16 2 Configuration 17 2 1 General 17 2 2 Phase...

Page 3: ...lication program Global consumed and generated power objects are included V and A are added to the voltage and current unit selector Sending of voltage and current magnitudes Alarms for generated powe...

Page 4: ...for example to disconnect low priority systems to reduce consumption The most outstanding features of KES Plus are Support for frequencies of 50 and 60 Hz Support for single phase and three phase sys...

Page 5: ...associated application program can be downloaded Figure 1 shows the element scheme of KES Plus Figure 1 KES Plus Element scheme The functionality of the main elements is described below Phase line vol...

Page 6: ...f the device as well as on the installation and security procedures please refer to the corresponding Datasheet bundled with the original package of the device and also available at www zennio com 1 2...

Page 7: ...th accessible neutral wire and three phase load Figure 2 Three phase with accessible neutral wire and three phase load Case 2 Three phase installation with accessible neutral wire and single phase loa...

Page 8: ...ible neutral wire or two phase system Case 4 Three phase installation without accessible neutral wire and three phase load Figure 5 Three phase system without accessible neutral wire and three phase l...

Page 9: ...phase system without accessible neutral wire and single phase loads In this case since two KES Plus are used the power measurements per phase can be added together using a logic function section 2 6...

Page 10: ...with 2W resolution The sign of this magnitude indicates whether the power is being consumed or generated Active Power 0 Active power consumed the receptor is a load absorbing power from the electricit...

Page 11: ...load mainly of inductive type Power Factor T S relation between active and apparent power Active Energy T S time integration of the global active power It is broken down in two objects active energy c...

Page 12: ...tive Generated Energy W h kW h Power Factor Global Frequency Hz Consumed Active Power W kW Generated Active Power W kW Active Power W kW Reactive Power VAr kVAr Active Energy Consumed W h kW h Active...

Page 13: ...ections 2 2 2 2 and 2 2 3 1 There are also certain objects with the flag W enabled so they can be initialized directly writing the desired value in the communication object Notes In single phase confi...

Page 14: ...ted By parameter Reset register Global Total Register Active Energy Consumed By parameter By object Active Energy Generated By parameter By object Capacitive Reactive Energy By object By object Induct...

Page 15: ...ay to the KNX bus through the objects Date and Time of day Up to four read requests will be sent after a customisable initial delay Notes The time count is performed internally by KES Plus However it...

Page 16: ...tems or the consumption of the three phases in three phase systems The LEDs are bicolour The colour indicates whether there is consumption or generation of energy in the phase Yellow LED consumption o...

Page 17: ...l screen are the followings Figure 7 General Initial State Sending Delay 5 255 1 Time seconds that elapses between the start up of the device and the beginning of sending objects through the bus Curre...

Page 18: ...otifications enabled disabled enables or disables the Notification tab on the left menu See section 2 4 for more details Alarms enabled disabled enables o disables the Notification tab on the left men...

Page 19: ...he bus Global 3 Phase Frequency T S Phn Request metering S When receiving a 1 through this object magnitudes of power energy cost emissions voltage and current of phase n are sent to the bus Phn Volta...

Page 20: ...asures of phase n where n 1 2 3 The label Global refers to magnitudes or measures of the phases altogether in single phase systems The label 3 Phase refers to magnitudes or measures of the phases alto...

Page 21: ...n the basic configuration common to all KES Plus phases can be selected ETS PARAMETERISATION The general Configuration parameters are shown below Figure 9 Phases General configuration Measurement Unit...

Page 22: ...sabled shows or hides active energy objects for each enabled phase Split Cost Income for each Phase enabled disabled shows or hides the objects relating to cost profit for each phase This option will...

Page 23: ...Period 10 255 s 1 255 min h sets the period between cyclical sendings Minimum Time Between Sendings 10 255 sets a minimum period of time seconds between consecutive sendings Minimum Change to Send 10...

Page 24: ...nication objects of total registers have the label Global TR 2 2 2 1 2 Partial registers Up to two partial registers for global values can be enabled which store data during a period of time for examp...

Page 25: ...1 255 Day Month when selecting month a new parameter appears Day of Reset First Day of Month Same Day of Month in case the above period has been set in terms of months sets when the reset should take...

Page 26: ...hown in each phase tab are the following Figure 15 Phases Phase y Phase Description text box without functionality simply allows adding a description Current Transform Relation 3000 informative parame...

Page 27: ...od between cyclical sendings Minimum Time Between Sendings 10 255 sets a minimum period of time seconds between consecutive sendings Minimum Change to Send 10 10000 250000 mV 1 250 V sets the minimum...

Page 28: ...the accumulated values of consumption of energy costs and CO2 emissions of one phase since the start up of the device Note Total registers per phase are disabled by default To enable them it is necess...

Page 29: ...PARAMETERISATION The parameters to configure any of the partial registers are Figure 19 Phases Phase y Partial Register Energy Value after Download Keep Current Value Set Value sets the initial value...

Page 30: ...en can be configured the options related to 3 phase system objects These are measures of all phases together ETS PARAMETERISATION The 3 Phase parameters are shown below Figure 20 Phases 3 Phase 3 Phas...

Page 31: ...e the following objects of the phase n Phn Voltage Phn Current 2 2 3 1 1 Total register Analogous to the total registers of the phases of a single phase system see section 2 2 2 2 1 2 2 3 1 2 Partial...

Page 32: ...Support http support zennio com 32 In case of time adjustments resets may be affected by a delay In case of selecting Same Day of Month the specific day of the month will change whenever the register...

Page 33: ...ariff so it can be notified about the tariff 1 to 6 to be adopted at the end of each time slot In addition another object Trf Tariff Status will be available to inform about the current tariff Please...

Page 34: ...how Consumption Costs Generation Bonus 0 65535 sets the fee in hundredths of the currency unit per unit consumption generation kWh for tariff y Depending on the selected option the following objects w...

Page 35: ...re consumption generation cost and CO2 emissions for global magnitudes and 3 phase systems In addition for single phase systems it is possible to configure overvoltage or low voltage notifications in...

Page 36: ...on Overvoltage Low voltage sets the variable to be monitored Nota The variables Overvoltage and Low voltage are only available for phases The variable Economic Cost is only available if Tariffs have b...

Page 37: ...the device will send a binary value respectively through who separated objects The excess power alarm will be deactivated when the power is less than the upper limit minus the hysteresis In the same...

Page 38: ...pear Limit 30000 1 30000 W 30 30 kW alarm trigger value A positive value sets the alarm for power consumption A negative value for generation Action Send 0 Send 1 sets the value to be sent through the...

Page 39: ...n the power reaches a value outside the deadband The sign must be consistent with the sign of the limit Low Power enabled disabled enables or disables the low power alarm Once enabled the same paramet...

Page 40: ...on of each function can depend on a configurable condition which will be evaluated every time the function is triggered through specific parameterizable communication objects The result after executin...

Page 41: ...tric_Current Phx Current RMS Current A 2 Bytes O C T R DPT_Value_Curr 0 670760 96 Phx Current RMS Current mA 10 35 60 4 Bytes O C T R DPT_Value_Power 2147483648 2147483647 Phx Active Power Consumption...

Page 42: ...Global Request metering 0 No Action 1 Request metering values 1 Bit I C W DPT_Ack 0 1 x Phase Request metering 0 No Action 1 Request metering values 83 4 Bytes O C T R DPT_Value_Frequency Global Frequ...

Page 43: ...ase TR Inductive Reactive Energy kVAr h 92 4 Bytes I O C T R W DPT_ReactiveEnergy 2147483648 2147483647 Global TR Capacitive Reactive Energy VAr h 4 Bytes I O C T R W DPT_ReactiveEnergy_kVARh 21474836...

Page 44: ...lue_Currency 0 670760 96 Global PRx Cost Currency 2 Bytes O C T R DPT_Value_Currency 0 670760 96 x Phase PRx Cost Currency 2 Bytes O C T R DPT_Value_Currency 671088 64 0 Global PRx Income Currency 2 B...

Page 45: ...Reactive Energy Previous Period kVAr h 117 118 2 Bytes O C T R DPT_Value_Currency 0 670760 96 Global PRx Cost Previous Period Currency 2 Bytes O C T R DPT_Value_Currency 0 670760 96 x Phase PRx Cost...

Page 46: ...79 219 223 263 267 307 311 351 355 4 Bytes O C T R DPT_ReactiveEnergy 2147483648 2147483647 Trfx PRx Tariff Inductive Reactive Energy VAr h 4 Bytes O C T R DPT_ReactiveEnergy_kVARh 2147483648 21474836...

Page 47: ...ncy 159 160 162 163 165 166 203 204 206 207 209 210 247 248 250 251 253 254 291 292 294 295 297 298 335 336 338 339 341 342 379 380 382 383 385 386 2 Bytes O C T R DPT_Value_Currency 0 670760 96 Trfx...

Page 48: ...0 481 4 Bytes I C W DPT_Value_4_Count 2147483648 2147483647 LF 4 Byte Data Entry x 4 Byte Data Entry 482 483 484 485 486 487 488 489 490 491 1 Bit O C T R DPT_Bool 0 1 LF Function x Result 1 Bit Boole...

Page 49: ...n and send us your inquiries about Zennio devices http support zennio com Zennio Avance y Tecnolog a S L C R o Jarama 132 Nave P 8 11 45007 Toledo Spain Tel 34 925 232 002 www zennio com info zennio c...

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