Page 2: Dear Customer
Dear customer Thank you for purchasing Triol Variable Speed Drive (VSD), the key to your successful artificial lift strategy. We are sure that our variable speed drive technologies allow you to improve operations and maximize your production. VSD is complete with the following manuals: •...
Page 3 Copyright © Triol Corporation Ltd. 1993-2019 All rights reserved. No part of this publication may be reproduced or copied without prior written permission from Triol Corporation Ltd. All products and company names mentioned in this manual are trademarks or registered trademarks of their respective holders.
Page 4: Table Of Contents
Contents Operator interface. Description of UMKA03 controller and its operation........7 General ..............................7 UMKA03 menu structure ........................9 Description of operator interface ..................... 10 Description of the UMKA03 controller menu ..................13 UMKA03 controller first-level menu ....................13 «Commissioning» first-level menu ......................16 «Main»...
Page 5 «Input voltages calibration» second-level menu ................. 117 «Alarms» first-level menu ........................119 «Overload» second-level menu ....................... 120 «Underload» second-level menu ..................... 123 «Current unbalance» second-level menu ..................127 «Insulation» second-level menu ...................... 131 «Frequency backspin» second-level menu ................... 133 «Low line voltage» second-level menu ..................137 «High line voltage»...
Page 6 «ACS set-up» second-level menu ....................235 «Ethernet settings» second-level menu ..................237 «GPRS settings» second-level menu ....................239 «Display set-up» second-level menu ..................... 241 «Setting universal time» second-level menu ................243 «Statistics» second-level menu ....................... 245 «Current timers» second-level menu ..................... 247 «VSD parameters»...
Page 7: Operator Interface. Description Of Umka03 Controller And Its Operation
Operator interface. Description of UMKA03 controller and its operation General Revisions of this Manual may be obtained in Triol Corporation Service department or at the website www.triolcorp.us. All the data is displayed by UMKA-03 controller on the large liquid-crystal display with the resolving capacity of 320 х 240 dots, which is installed in the upper part of the controller front panel.
Page 8 is intended for upwards scrolling of a controller menu, for increasing a parameter value. is intended for downwards scrolling of a controller menu, for decreasing a parameter value. is intended for moving back to a higher-level menu, for selecting the parameter category in editing mode.
Page 9: Umka03 Menu Structure
UMKA03 menu structure www.triolcorp.com...
Page 10: Description Of Operator Interface
Description of operator interface The controller display is divided into two sections (Figure 3). The VSD status is displayed on the left, and the configurable list of parameters — on the right. The list is configured in the menu «System / Status set-up». Any controller parameter may be included into this list.
Page 11 The controller has the following data display modes: • status display mode; • menu; • log view mode; • mode for viewing the start-up, alarms graphs of the VSD’s operating characteristics. If there is no message of the VSD readiness appears it means that at the particular moment the ESM cannot start because the protection is active and the VSD internal delay is being debugged.
Page 12 Digits to be edited are selected with the help of « » and « » keys. Values that are blinking are the ones to be changed. New setting of a parameter is recorded into the controller memory by pressing « ENTER»...
Page 13: Description Of The Umka03 Controller Menu
Description of the UMKA03 controller menu UMKA03 controller first-level menu The UMKA03 controller menu represents a structured list comprising a set of parameters divided into groups. Main menu (first-level menu) comprises 14 groups: • «Commissioning» - intended for quick start-up VSD, monitoring and setting main parameters of the...
Page 14 • «Modes of start» - allows to adjust the VSD starting mode for various conditions; • «Drive settings» - allows to set the VSD operating parameters and to calibrate the current and voltage measurement circuit; • «Alarms» - set values for the protections as well as parameters defining the...
Page 15 • «System» - allows setting the system variables for the controller; • «Event log» - intended for viewing the controller event log as well as for changing parameters of the information recording; • «Start-up graph» - intended for viewing startup graphs representing changes of parameters within 30 seconds from the...
Page 16: Commissioning" First-Level Menu
«Commissioning» first-level menu • «Commissioning» This first-level menu contains main parameters of VSD (Alarms, Inputs/Outputs, PID setup, downhole sensor and ACS (SCADA) protocols). First-level menu «Commissioning» includes the following second-level menus: «Main» second-level menu • «Main» This second-level menu contains the main parameters of start, automatic reclosing, frequency control.
Page 17 Second-level menu «Main» comprises the following parameters: «Curr.Time to ARS» - an information parameter that displays the amount of time after which the Variable Speed Drive is automatically turned on again. The value is given in seconds. «Operating mode» parameter sets a mode of the Variable Speed Drive operation.
Page 18 «Maintain parameter» represents the method of controlling the VSD output frequency at starting as well as the actual mode of operation. This parameter may take the values described in the item «Modes of operation» - «Manual/Automatic» second-level menu. To activate this mode, it’s necessary to select an adjustable parameter from the list of values.
Page 19 «Line Pressure» — output frequency is controlled by predefined function regulating pressure in line. Set value of the pressure regulation parameter is given in «Non-technol. parameter regulator» menu. «Annulus level» — output frequency is controlled by predefined annulus level regulation function. Set value of the level regulation parameter is given in «Non-technol.
Page 20 «Ain1...8 Setting» parameter - value of analog inputs 1...8 which is to be maintained. «Min. restart time» parameter - determines the delay time of the start of the VSD after the input voltage is restored (after the low-voltage protection trips or the high-voltage network operates).
Page 21 «Deceleration rate» - parameter sets the rate of the frequency decrease in the shaking mode. «Overload setpoint», «Overload trip delay», «Number of overload restarts», «Overload restart delay» parameters — are the settings for overload protection settings are described in more details in the «Overload»...
Page 22: Alarms" Second-Level Menu
«Rotation direction» – parameter sets the phase sequence at the inverter output (direction of motor rotation): «Direct» setting — forward rotation; «Reverse» setting — backward rotation. «K.transform» – parameter is intended to enter the transformation ratio step-down transformer. «Alarms» Second-level menu •...
Page 23: Inputs/Outputs" Second-Level Menu
«Inputs/Outputs» second-level menu • «Inputs/Outputs» This second-level menu designated to configure analog and digital Inputs/Outputs. Second-level menu «Inputs/Outputs» comprises the following Third-level menus: www.triolcorp.com...
Page 24: Digital Input Settings" Third-Level Menu
«Digital Input Settings» third-level menu • «Digital inputs setup» This third-level menu is used to define the logic of the VFD operation using digital signals. Third-level menu «Digital Input Settings» includes the following fourth- level menus: The following menu displays all the available VSD digital inputs.
Page 25 Fourth-level menu «Current Input Destination» allow to review the information about functionality of each digital input. All digital inputs have the same settings. Check the settings description given below: These fourth-level menus have next parameters: «Destination» – allows to select the name of the event for specific digital input.
Page 26 The VSD is shut down immediately if an integrated Passive Filter Overheat Triol Passive Filter is overheated (AK06 line CP) The VSD is shut down immediately if there’s no Downhole Sensor (DHS) connection with downhole sensor unit...
Page 27 «Current status» – parameter displays signal operating logic level (logical «0» - low signal level, logical «1» - high signal level). «Logic» parameter allows to setup the logical level which the alarm is triggered. Possible options: «log.0» and «log.1» – alarm detection occur while high signal level is changing to +24 V.
Page 28 «Automatic restart» — after the motor is tripped by a protection it can be switched on again in a time set by «Restart delay» parameter. «Start time» — parameter set time within which the protection is disabled beginning from the motor starts.
Page 29: Analog Inputs Of Vfd Controller" Third-Level Menu
«Analog inputs of VFD controller» third-level menu • «Analog inputs of VFD controller» This third-level menu is intended for configuration of UMKA03 controller analog inputs. Third-level menu «Analog inputs of VFD controller» comprises the following fourth-level menus: • «Analog inputs set-up»...
Page 30 Fourth-level menu «Analog inputs set-up» have next parameters: «Ain. Input type 1» – There are 8 analog inputs: UMKA Ain 1.1 – UMKA Ain 1.8. «Ain. Input type 2» – There are 4 analog inputs: UMKA Ain 2.1 – UMKA Ain 2.4. It is available to order a specific set of analog inputs depending on...
Page 31 «Add. Ain1-8» display current signal value. «OFF lower limit» – allows to set a lower threshold which leads to VSD stop. «ON upper limit» – allows to set upper threshold which leads to VSD stop. «Control delay» parameter sets the time of protection disable from the moment of motor start.
Page 32 «Protect on MAX in STOP» and «Protect on MIN in STOP» – allows to enable and disable protection after reaching upper and lower threshold, then shutdowns. «ARS Number» parameter — number of AR after motor tripped «ARS Number» parameter is set to zero, it means that number of ARC is not limited.
Page 33: Setting Source" Third-Level Menu
«Setting source» Third-level menu • «Setting source» This third-level menu allows to choose signal source of the key- technological parameters. Third-level menu «Setting source» comprises the following parameters: «Speed pot source» allows to choose physical signal source. It is not recommended to change this parameter.
Page 34 Find more details of «Compensator pressure» parameter in «Downhole measurement equipment» → «Compensator pressure». «Ambient (intake) temperature source» - allows to set the physical signal for «Ambient (intake) temperature» parameter. Find more details of «Ambient (intake) temperature» parameter in «Downhole measurement equipment»...
Page 35 «ESM vibration XY source» - allows to set the physical signal for parameter «ESM vibration XY» parameter. Find more details of «ESM vibration XY» parameter in «Downhole measurement equipment» → «ESM vibration XY». «Annulus pressure source» - allows to set the physical signal for «Annulus pressure»...
Page 36 «Line pressure source» - allows to set the physical signal of «Line pressure» parameter. Find more details of «Line pressure» in «Downhole measurement equipment» → «Line pressure». «Annulus level source»- allows to set the physical signal of «Annulus level» parameter. Find more details of «Annulus level»...
Page 37: Speed Pot" Third-Level Menu
«Speed pot» third-level menu • «Speed pot» This third-level menu allows to setup Variable speed drive potentiometer output frequency, installed on the front door. Third-level menu «Speed pot» comprises the following parameters: «Speed pot use» – allows ON or OFF regulation of VSD output frequency by means of a potentiometer on the front door.
Page 38: Analog Frequency Reference" Third-Level Menu
«Analog frequency reference» third-level menu • «Analog frequency reference» This third-level menu is used to select an analog source for setting VSD output frequency and the source scale. Third-level menu «Analog frequency reference» comprises the following parameters: «Frequency set source» – allows to choose analog signal source for setting the VSD output frequency.
Page 39 «Current value» - displays the current parameter value. Parameters «Scale minimum» and «Scale maximum» allows to set min and max limits of this parameter. Min value cannot be lower than «Minimum frequency limit», Max cannot be higher than «Max frequency limit». Viewing and changing the current value of the minimum and maximum control...
Page 40: Analog Current Reference" Third-Level Menu
«Analog current reference» third-level menu • «Analog current reference» This third-level menu allows to choose analog source engine and scale current settings. Third-level menu «Analog current reference» comprises the following parameters: «Current set source» – allows to choose the analog signal source for the motor current setting.
Page 41: Options Of Extensions Units" Third-Level Menu
«Current value» - displays the current parameter value. Parameters «Scale minimum» and «Scale maximum» intended for setting the minimum and maximum limits of this parameter. «Options of extensions units» third-level menu • «Options of extension units» This third-level menu allows to activate or deactivate the exchange with the expansion blocks of inputs-outputs.
Page 42: Analog Inputs Of Extension Unit" Third-Level Menu
Third-level menu «Options of extensions units» comprises the following parameters: There are 2 data exchange status between UMKA controller and ADAM expansion unit: «Not identified» – communication with the extension unit cannot be established. «Identified» – communication with the extension unit is established.
Page 43 Third-level menu «Analog inputs of extension unit» comprises the following fourth-level menus: • «Setting analog input Ain0-7» These fourth-level menus describe how to configure the signal to the ADAM extension block. Fourth-level menus «Setting analog input Ain0-7» comprises the following parameters: In this menu, you can select the type of analog...
Page 44: Analog Outputs Of Extension Unit" Third-Level Menu
After, select the installed interface type in this menu. Ain0 ADAM- Ain3 ADAM are set for operation with 4…20 mA, Ain4 ADAM- Ain7 ADAM – on 0-10 V by default. «Analog outputs of extension unit» third-level menu • «Analog outputs of extension unit»...
Page 45 Third-level menu «Analog outputs of extension unit» comprises the following fourth-level menus: This menu allows to set each analog output of ADAM-4024 separately. Fourth-level menu «Setting analog outputs Ain0-3» comprises the following parameters: «Output type» – allows to set output signal type: 0- 10 V, 0-20 mA, 4-20 mA.
Page 46 The list of available options for selection: «Output frequency» «ESM current phase U» «ESM current phase V» «ESM current phase W» «Current unbalance» «ESM active current» «Total ESM current» «Efficiency factor» «Load factor» «Current R ins» «Freq. back-spin» «Active power» «Total power»...
Page 47: Digital Outputs Of Extension Unit" Third-Level Menu
Digital outputs of extension unit third-level menu « » • «Digital outputs of extension unit» This third-level menu allows to configure 8 digital outputs. If ADAM-4069 is used in the extension block, the menu becomes available. Third-level menu «Digital outputs of extension unit» comprises the following parameters: «Digital outputs state»...
Page 48 • «Ready» – availability in start-up of VFD; • «Work» – the VSD is in operation; • «Stop» – the VSD stopped after alarm is detected; • «Control mode» – current control mode value («Local» or «Remote»); If the VSD is in the «Local»...
Page 49 • «Install. failure» – if there’s no circuit voltage or if the current values of the circuit voltage exceed the limits set in the parameters «U input min value», «U input min value (480V) »,«U input max value», «U input max value (480V)», «Line Unbal.
Page 50: Pid Setup" Second-Level Menu
«PID Setup» second-level menu • «PID Setup» This second-level menu allows to setup maintenance of the technological parameter. Second-level menu «PID Setup» comprises the following parameters: «Maintain parameter» represents the method of controlling the VSD output frequency at starting as well as the actual mode of operation.
Page 51 «Suction Pressure» — output frequency is controlled by predefined intake pressure regulation function. Set value of the pressure regulation parameter is given in «Non-technol.parameter regulator» menu. «Discharge pressure» and «Discharge pressure 2» — output frequency is controlled by predefined discharge pressure regulation function. Set value of the pressure regulation parameter is given in «Non-technol.parameter regulator»...
Page 52 «XY Vibr» - output frequency is controlled by predefined function regulating vibration in X and Y-directions. Set value of XY-vibration regulation parameter is given in «Non-technol. parameter regulator» menu. «Z Vibr» - output frequency is controlled by predefined function regulating vibration in Z direction.
Page 53 «Intake press. setting (suction pressure)» parameter — maintained value of intake pressure. «Discharge press. setting» parameter — maintained value of discharge. «Discharge press. 2 setting» parameter — maintained value of discharge pressure. «Annulus press. setting» parameter — maintained value of annulus pressure. «Line press.
Page 54 «ESM temperature setting» parameter — maintained value of the motor temperature. «XY vibration setting» parameter — maintained value of vibration in XY- direction. «Z vibration setting» parameter — maintained value of vibration in Z- direction EVERYTHING NEW EMERGES NOW...
Page 55: Communications" Second-Level Menu
«Triol» or «Triol AK». For communication with SCADA or with the upper level controller, it is recommended to use the Triol AK protocol, as It has the maximum set of transmitted parameters, grouped by functional groups. Communication protocol «Triol»...
Page 56 «Baud rate» parameter defines the rate of data exchange with the VSD controller. UMKA03 controller supports the exchange of «Triol» and «Triol AK» with speed 9,6 kBd, 19,2 kBd, 38,4 kBd, 57,6 kBd, 76,8 kBd, 115,2 kBd. «Node address» parameter defines the VSD network address.
Page 57: Downhole Tool" Second-Level Menu
«Protocol DME» — represents parameter and set of the connected downhole unit type. «Protocol DME» allows to select UMKA03 communication protocol with the connected surface control panel. Communication protocols «Transfer» and «Transfer+» are used for TRIOL VSD and downhole sensor exchange. www.triolcorp.com...
Page 58 «Transfer+» protocol additionally reads the following parameters together with the basic: • current Leakage, mA; • current Line; • voltage Line. «DME exchange rate» parameter defines the rate of data exchange between VSDC and downhole sensor units. «DME address» parameter — represents and sets the address for the connected surface downhole sensor.
Page 59 «Auto-Setup» parameter — all the parameters are measured by a selected downhole sensor system through the digital channel. The menu displays the received parameters from the surface downhole sensor unit. The number of parameters depends on the downhole sensor type. Note! To connect «Centrilift»...
Page 60: Esm Actual Parameters" First-Level Menu
«ESM actual parameters» first-level menu • «ESM actual parameters» This first-level menu displays motor parameters. First-level menu «ESM actual parameters» comprises the following parameters: «Output frequency» parameter — indicates values of the VSD output frequency. «ESM current, phase U» parameter — indicates of the motor U-phase current value calculated by controller from the...
Page 61 «ESM current, phase W» parameter — indicates of the motor W-phase current value calculated by controller from the Step-up Transformer tap coefficient. «Current unbalance» parameter — indicates of the current unbalance value. The current imbalance value is calculated depending on the setting of «Imbalance calculation».
Page 62 «Total ESM current» parameter — indicates of value of the motor current calculated by controller from the VSD output current and the Step-up Transformer tap coefficient. «Efficiency factor» parameter — indicates of the motor power factor. «Load factor» parameter — indicates of the motor loading conditions.
Page 63 «Current R ins» parameter — current value of the «Cable – ESM» insulation resistance. «Freq. backspin» parameter indicates frequency of the motor backspin rotation. «Active power» parameter — indication of value of the VSD output current active component. «Total power» parameter —...
Page 64: Vsd Actual Parameters" First-Level Menu
«VSD actual parameters» first-level menu • «VSD actual parameters» This menu displays VSD main parameters current value. First-level menu «VSD actual parameters» comprises the following parameters: «Output frequency» parameter — indicates of the VSD output frequency value. «Ud voltage» parameter — indicates of voltage value in the frequency converter DC-link.
Page 65 «VSD active current» parameter — indicates of value of the VSD current active component. «VSD total current» parameter — indicates of value of the VSD total current. «RS input voltage» parameter — indicates of voltage value between input phases R and S (or A and B).
Page 66 «U phase IGBT temp.» parameter — indicates of temperature of the U- phase power modules cooler. «V phase IGBT temp.» parameter — indicates of temperature of the V-phase power modules cooler. «W phase IGBT temp.» parameter — indicates of temperature of the W- phase power modules cooler.
Page 67: Modes Of Operation" First-Level Menu
«Modes of operation» first-level menu • «Modes of operation» This first-level menu item the VSD settings are adjusted so that to make them suitable for use in various modes of operation. More over there is a possibility of setting and switching modes when motor is in operation.
Page 68: Manual/Automatic" Second-Level Menu
«Manual/automatic» second-level menu • «Manual /automatic» - is intended for setting the operation mode. Second-level menu «Manual/automatic» includes the following parameters: «Operating mode» parameter sets a mode of the Variable Speed Drive operation. Actual mode of operation is indicated also in the status line («Hand»...
Page 69 «Auto» — auto mode of operation. In automatic mode of operation, the motor may be started up both: by pressing «START» key and automatically upon expiry of the autorun delay time after the station is powered («min restart time» parameter) or upon expiry of the automatic restart delay time after one of the protections is operated.
Page 70 «Power-on start» parameter defines if the motor starts automatically after the power voltage is applied to the Variable Speed Drive. «Power-on start» parameter may be set to: «Disable» — automatic start-up is disabled; «Permit» — automatic start-up is enabled. When «Disable» setting is active and if under such conditions operator or VSD issues «STOP»...
Page 71 «Deceleration method» parameter may be set to: • «Running-out» — motor stops mechanically; • «Dynamic» — motor is slowing down by controllable decrease of the Variable Speed Drive output frequency. «Setting error» parameter indicates an error when adjusting the setting. If the error appears, the source of the setting must be corrected, and...
Page 72: I-Sync" Second-Level Menu
«I-Sync» second-level menu • «I-Sync» This second-level menu is intended for setting of the parameters limiting starting currents at inclusion of VSD. Second-level menu «I-Sync» comprises the following parameters: «I-Sync amperage» information parameter displaying value of starting current in amperes. «I-Sync percent»...
Page 73: Program Mode" Second-Level Menu
«Program mode» second-level menu • «Program mode» This second-level menu is intended for step-by-step increasing the output frequency to the required level. Example of the output frequency increase: www.triolcorp.com...
Page 74 Step of the output frequency change is calculated by the following formula: End frequency, Hz Start frequency, Hz �� − �� ℎ �� ℎ Time required for reaching the preset frequency Second-level menu «Program mode» comprises the following parameters: «Maintain parameter»...
Page 75 «Prog. mode act. Setting» parameter defines a setting for the VSD output frequency in programming mode. It enables only to view the actual frequency setting of the programming mode. When changing from the programming mode to the manual the actual value of «Prog. mode act.
Page 76 «End freq.» parameter — a frequency at which the programmed change of the VSD output frequency ends. In any case the output frequency must not exceed maximum frequency or be lower than the minimum one. Relevant values are specified in «U/F characteristic»...
Page 77 «Underload init. Setting» parameter — initial set value of the Underload current for starting frequency of the programming mode in case when this frequency increases. If the end frequency is lower than the starting one this set value is used for the end frequency.
Page 78: Current Regulator" Second-Level Menu
«Current regulator» second-level menu • «Current regulator» This second-level menu allows limiting the VSD output current and maintaining it at a preset level. Such limitation is performed by controlling the VSD output frequency within the range from «Min. freq. limit» setting to «Max.
Page 79: Non-Technol.parameter Regulator" Second-Level Menu
«Total ESM current» parameter — indicates of the motor total current value. «Current setting» parameter — the maintained current value. «Non-technol.parameter regulator» second-level menu • «Non- technol.parameter regulator» This second-level menu allows maintaining values of the parameter selected (value is selected using «Maintain parameter»...
Page 80 Second-level menu «Non-technol.parameter regulator» comprises the following parameters: «Maintain parameter» represents the method of controlling the VSD output frequency at starting as well as the actual mode of operation. This parameter may take the values described in the «Manual/Automatic» second-level menu. It’s necessary to select an adjustable parameter from the list of values to...
Page 81 «Line Pressure» — output frequency is controlled by predefined function regulation pressure in line. Set value of the pressure regulation parameter is given in «Non-technol. parameter regulator» menu. «Annulus level» — output frequency is controlled by predefined annulus level regulation function. Set value of the level regulation parameter is given in «Non-technol.
Page 82 «Ain1...8 Setting» parameter - value of the maintained analog inputs 1...8. «Current value PID» parameter — actual value of the maintain parameter. «Setting»— setting for a parameter supported value. «Setting error» parameter indicates an error when adjusting the setting. In case of an error, it’s necessary to identify the setting source and the...
Page 83 «Annulus press. setting» parameter — value of the maintained annulus pressure. «Line press. setting» parameter — value of the maintained line pressure. «Annulus level setting» parameter — value of the maintained annulus liquid level. «Active power setting» parameter — value of the maintained active power.
Page 84 «Discharge Temperature 2 setting» parameter - value of the maintained discharge temperature. «XY vibration setting» parameter — value of the maintained vibration in XY-direction. «Z vibration setting» parameter — value of the maintained vibration in Z- direction. «Pump X vibration setting»...
Page 85: Pid Parameters" Second-Level Menu
«PID parameters» second-level menu • «PID parameters» VSD output frequency is controlled by P-regulator (proportional), PI- regulator (proportional- integral) or PID-regulator (proportional-integral differential). When setting P-regulator integral and differential components must be set to zero. When setting PI-regulator, differential component must be set to zero.
Page 86 «Reverse» — inverse relation of control, if parameter value < parameter setting is less than the set value, the VSD output frequency increases. If the current value becomes more than the set value, the output frequency decreases. Example: VSD is in operation with a downhole sensor system connected which is used for measuring the intake pressure.
Page 87 «Integral gain» parameter sets a value to the PID- regulator integral component (K ). This value contributes to nullification of the averaged value of the actual parameter deviation from the preset value and defines the rate (time) of response to the change of the parameter being supported.
Page 88 «Derivative gain» parameter sets a value to the PID-regulator differential component ). This value impacts the output frequency change depending on the rate of change of the parameter being supported. The faster the parameter is being changed the higher must be the values of proportional and integral components, the higher is...
Page 89 Setting of integral coefficient (K ) begins from setting of minimum integral value. If there are some troubles at setting, it’s necessary to decrease the K value. If there are no changes in deviation, then K value must be decreased. If control becomes unstable at the time, K value must be decreased.
Page 90: Operation By Timer" Second-Level Menu
«Operation by timer» second-level menu • «Operation by timer» This second-level menu allows to control the VSD by the preset time program: to set the time during which the VSD is operating and the time when the VSD is shut down.
Page 91 «Prog. operation» parameter may be set to: «Disable» — to disable program mode of operation; «With stop» — operating cycle consist of working time and stop time; «With freq. 2» — operating cycle consist of working time at frequency 1 and working time at frequency 2;...
Page 92 «Timer state» parameter defines the Variable Speed Drive operating status by timer. May be set to «Operation», «Stop». When debugging automatic restart for a protection the timer state may not coincide with actual status of the Variable Speed Drive. Upon expiry of the running time at frequency №2 the Variable Speed Drive is changed over to the normal frequency setting mode (to the «Frequency setting»...
Page 93: Shaking" Second-Level Menu
«Shaking» second-level menu • «Shaking» This second-level menu is intended for changing the motor operation frequency so that to remove or reduce amount of deposits formed on the motor in the process of operation. Second-level menu «Shaking» comprises the following parameters: «Shaking»...
Page 94 «Amount of shakings» parameter sets the number of frequency changes in one shaking (jogging) cycle. Number of jogs may be set to 1 — 99. «F1 frequency» parameter — level of frequency down to which the VSD output frequency is decreased at the beginning of the shaking (jogging) cycle.
Page 95 «Acceleration rate» parameter sets the rate of the frequency increase in the shaking mode. «Deceleration rate» parameter sets the rate of the frequency decrease in the shaking mode. «Time before shaking» parameter — indicates of time remained to shaking. www.triolcorp.com...
Page 96: Current Optimization" Second-Level Menu
«Current optimization» second-level menu • «Current optimization» This second-level menu is used for automatic search of the minimum full possible current of the motor according to the load conditions. «Current optimization» mode is enabled only when «Maintain parameter» parameter is set to «Program F»...
Page 97 «Limit Urated +» parameter sets the rated voltage upper limit at rated frequency. «Limit Urated –» parameter sets the rated voltage lower limit at rated frequency. «U/F curr. Urated» parameter — indicates the value of the current rated output frequency. «Search period»...
Page 98: Gas Bag Removes Mode" Second-Level Menu
«Gas bag removes mode» second-level menu • «Gas bag removes mode» This second-level menu is designed to change the frequency of the operation of the motor in order to remove or reduce deposits on the motor during operation. Second-level menu «Gas bag removes mode» comprises the following parameters: «Gas bag removal»...
Page 99 The condition which the algorithm is activated is described below: Threshold value of the current at which the Mode of removal of gas bags is activated Current value of motor active current(located in first-level menu «ESM actual parameters») �� ...
Page 100 «F2sett. pumping»- the value of the VSD output frequency at the second stage when the «Gas bag removes mode» mode is activated. «Tpumping» - determines the frequency of pumping, given. by user. The period can be set from 1 to 65535 s. By default, 5 s.
Page 101: Control Mode" Second-Level Menu
«Control mode» second-level menu • «Control mode» This menu is intended for setting of both remote and onsite control mode. This second-level parameter may be set to: «Not used»-when this value is selected, it is allowed to perform «Start» or «Stop» AK06 using the buttons located under the screen of the controller UMKA03 or...
Page 102: Control Of The Contactors Pf" Second-Level Menu
«Control of the contactors PF» second-level menu • «Control of the contactors PF» Note! this menu is intended only for CP and LH lines, allows turn on/off input harmonic filter. «Control passive filter «Gen mode»» parameter allows to connect input harmonic filter capacitors with the VSD more than 30% and disconnect them...
Page 103: Increase Uout" Second-Level Menu
«Increase Uout» second-level menu • «Increase Uout» This parameter allows you to increase the effective value of the output voltage VSD by adding 5 and 7 harmonics to the output signal. Add «Coefficient re-modulation» - allows you to increase the effective values of the output voltage AK06 in % of the current value of the...
Page 104: Modes Of Start" First-Level Menu
«Modes of start» first-level menu • «Modes of start» This first-level menu allows setting the start-up mode for a Variable Speed Drive operating under various conditions. First-level menu «Modes of start» comprises the following parameters: «Startup mode» parameter defines the VSD start-up mode.
Page 105 At starting with synchronization («Startup mode» parameter is set to «With synchronization») the VSD output frequency is increased with synchronization. After starting the output frequency is increased with a preset run-up rate up to the synchronization frequency, then — for a time of synchronization —the output frequency remains unchangeable (no increase) following which the frequency must be increased with a preset run-up rate up to the rated value.
Page 106 At jogging («Startup mode» parameter is set to «Jogging») a sequence of higher voltage pulses is applied to the motor during its Speeding-up with low frequency specified by «Jog frequency» parameter. Voltage value is defined by «Jog voltage». Number of «kicks» is determined by «Jog count» parameter.
Page 107 Voltage Vottage set Jog time Jog time Jog Voltage Frequency Jog frequency Starting frequency Jog count Parameters of start-up modes may be changed when the motor is in operation but they become valid only during the next starting (by Automatic restart, operator, external VSD or program).
Page 108 «Frequency setting», Hz Time to intended the «Frequency setting» Start frequency, Hz �� −�� = �� Preset acceleration rate, Hz/s Example: If set to 2 Hz/s the motor accelerates from starting frequency (1.5 Hz) to the set on (60 Hz) for the time T = (60-1.5)/2=29.25 s. «Deceleration rate»...
Page 109 «Locked» parameter provides the possibility of disabling the VSD start. If station is locked it may be started only through VSD or manually by operator who may unlock the Variable Speed Drive. Hard start of the motor («Startup mode» parameter is set to «Hard») is performed as follows: after pressing «START»...
Page 110 If «Startup mode» is set to «Hard» the following parameters are accessible: • «Acceleration rate» parameter defines rate of the VSD output frequency increase when accelerating the motor (Hz/s). • «Deceleration rate» parameter defines rate of the VSD output frequency decrease at motor decelerating. Its principle is similar to that of «Acceleration rate»...
Page 111: Drive Settings" First-Level Menu
«Drive settings» first-level menu • «Drive settings» This menu is intended for U / F characteristic, calibration of channels for measuring input voltage and output current. First-level menu «Drive settings» comprises the following second-level menus: www.triolcorp.com...
Page 112: U/F Characteristic" Second-Level Menu
«U/F characteristic» second-level menu • «U/F characteristic» This second-level menu allows to defining the balance between VSD frequency and voltage if frequency is adjustable (U/F characteristic) are set in this second-level menu. A graph depicting the shape of U/F characteristic: EVERYTHING NEW EMERGES NOW...
Page 113 Second-level menu «U/F characteristic» comprises the following parameters: «Starting frequency» parameter — minimum output frequency generated by VSD. «Point 1 frequency» parameter — defines value of frequency corresponding to the first breakpoint of U/F characteristic. «Point 1 Voltage» parameter — VSD output voltage at F1 frequency.
Page 114 «Point 4 frequency» parameter — defines value of frequency corresponding to the fourth breakpoint of U/F characteristic. «Point 4 Voltage» parameter — VSD output voltage at F4 frequency. «Min. freq. limit» parameter set minimum VSD output frequency for frequency changes modes («operation by timer»...
Page 115: Esm Currents Calibration" Second-Level Menu
«ESM currents calibration» second-level menu • «ESM currents calibration» This second-level menu represents the actual values of motor currents. Besides, they enable the user to calibrate measuring channel. Calibration is performed at rated frequency under no-load by entering values measured by АРРА 39R clamp-on ammeter (measuring inaccuracy ±...
Page 116 «ESM current, W phase» parameter — indicates of W-phase motor current. «Cur. comp. factor phaseW» parameter — W- phase current compensation factor. Calibration may be performed in two ways: • by entering measured values for parameters «ESM current, phase U”, «ESM current, phase V», «ESM current, phase W»...
Page 117: Input Voltages Calibration" Second-Level Menu
«Input voltages calibration» second-level menu • «Input voltage calibration» This second-level menu represents actual values of phase-to-phase voltages and enable the user to calibrate measuring channel. Calibration is performed at the input voltage applied by entering a value measured by multimeter АРРА...
Page 118 «TR in. voltage» parameter — indicates of input voltage between T and R phases. «ADC comp. Utr» parameter — TR-phase- to-phase voltage compensation factor. «Work voltage» – it is necessary to set this parameter according to the input circuit type: 380/415/480 V.
Page 119: Alarms" First-Level Menu
«Alarms» first-level menu • «Alarms» This first-level menu contains parameters defining operation algorithms of protections against inadmissible deviations of motor & VSD performance characteristics. Settings make it possible to debug Automatic restart when the station operates in automatic mode. First-level menu «Alarms» comprises the following second-level menus: www.triolcorp.com...
Page 120: Overload" Second-Level Menu
«Overload» second-level menu • «Overload» This menu is intended for setting the «Overload» alarm. This protection allows you to disable the submersible motor to prevent overheating. Second-level menu «Overload» comprises the following parameters: «Total ESM current» parameter — indicates of the ESM effective current.
Page 121 «Overload setpoint» parameter — sets the value of overload current as in amperes of the motor rated current («Installation parameters», «ESM rated current» option) upon reaching or exceeding of which overload protection operates. «Starting time» parameter sets time within which the protection is disabled, beginning from the motor start.
Page 122 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until started by operator or through VSD; «Automatic restart»...
Page 123: Underload" Second-Level Menu
Sequence of operations for enabling the mode of fast overload tripping. «Fast trip» parameter must be set to «Permit». Insulation resistance level control is on: «Protection» parameter must be set to «Off». Motor actual current exceeds the overload set value: value of «ESM full-load corr.
Page 124 Second-level menu «Underload» comprises the following parameters: «Underload parameter» - Allows you to select the current that is used for the underload-protection: «I active» – active current. «I total» – full current. «ESM active current» - Current value of VSD active current at high side.
Page 125 Minimum set value of the trip on underload entered into controller is calculated automatically and is limited by a value defined by the following formula: No-load current, A 1.3 ∗ �� ∗ 0.35 ��−�� ∗ 100% �� Active rated current, A «Underload setpoint»...
Page 126 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD;...
Page 127: Current Unbalance" Second-Level Menu
«Setting delay ARS» parameter represents a value set by ACS, USB or Operator. «Time Progres ARS» parameter represents time delta of the Automatic restart progressive delay. «Current unbalance» second-level menu • «Current unbalance» This menu is intended for preventing equipment malfunction due to uneven loading in phases.
Page 128 Second-level menu «Current unbalance» comprises the following parameters: «Current unbalance» parameter — indicates of the VSD actual current imbalance between cabinets in percentage terms. Referencing starts from the rated value if currents do not exceed the same. If current exceeds its rated value referencing starts from its maximum value.
Page 129 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD;...
Page 130 If this protection operates an appropriate message is displayed «CurrUnb». This protection is intended for protecting motor against phase imbalance. «Imbalance calculation» The choice of the formula for calculating imbalance. Imbalance calculation: • from RMS – it is calculated by the RMS of the measured currents: (��∗100%) ��...
Page 131: Insulation" Second-Level Menu
«Insulation» second-level menu • «Insulation» This second-level menu is intended for the VSD the settings optimization when detecting low insulation resistance. Second-level menu «Insulation» comprises the following parameters: «Logic» Allows to select active level: «Insulation»; «Active Current Leakage». «Current Rins» parameter —...
Page 132 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD;...
Page 133: Frequency Backspin" Second-Level Menu
«Restart delay» parameter — delay of automatic restart after «Insulation resistance» protection activation. «Ris Comp Coefficient» parameter — calibration factor of the measuring channel of insulation resistance. It is better not to use this parameter for manual calibration. If this protection operates an appropriate message is displayed «Rinsul.».
Page 134 Two modes of operation are available in case of Backspin: • ESM protection against starting in case of Backspin (defined by «Protection» parameter); • ESM «catch-on-the-fly» in case of Backspin. «Catch-on-the-fly» algorithm is based on the principle of current control (starting current limitation) by changing the Variable Speed Drive output frequency.
Page 135 «Fmax set value» parameter defines a value of the backspin frequency exceedance of which results in impossibility of the Variable Speed Drive start-up if a backspin takes place. Too high value of this setting may cause the VSD or motor overload.
Page 136 «COTF Restart delay» parameter — AR delay after an attempt to perform «catch-on-the- fly». If this protection operates an appropriate message («Turbine») must appear on the controller display. EVERYTHING NEW EMERGES NOW...
Page 137: Low Line Voltage" Second-Level Menu
«Low line voltage» second-level menu • «Low line voltage» This second-level menu is intended for configuration of the VSD shutdown with the VSD insufficient input voltage. Second-level menu «Low line voltage» comprises the following parameters: «RS input voltage» parameter — actual value of line voltage between phases R and S (A and B).
Page 138 «U input min set value» parameter defines minimum acceptable voltage of the supply line, at the rated voltage of 380 V. If the supply line voltage drops below the preset value motor is tripped. «U input min set value (480 V)» parameter defines minimum acceptable voltage of the supply line, at the rated...
Page 139 «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD; «Automatic restart» — after the motor is tripped by a protection it can be switched on again in a time set by «Stop delay»...
Page 140: High Line Voltage" Second-Level Menu
«High line voltage» second-level menu • «High line voltage» This second-level menu is intended for configuration of VSD shutdown if there’s an excessive input voltage. «U input max set value» parameter defines a maximum allowable voltage in the supply line, at the rated voltage of 380 V.
Page 141: Power Supply Frequency" Second-Level Menu
«Power supply frequency» second-level menu • «Power supply frequency» This second-level menu allows to set the parameters of the VSD in the specified frequency ranges of the supply circuit. Second-level menu «Power supply frequency» comprises the following parameters: «Input frequency» value of input frequency.
Page 142 «Starting time» parameter sets the time within which the protection is disabled beginning from the motor start. «Stop delay» parameter — delay time to tripping by protection against unacceptable supply line voltage. «Protection» parameter sets one of three possible options of the protection operation: «Off»...
Page 143: Unbalance Of Line Voltage" Second-Level Menu
«Unbalance of line voltage» second-level menu • «Unbalance of line voltage» This second-level menu is intended for configuration of protection testing for the unbalance of the circuit input voltage. Second-level menu «Unbalance of line voltage» comprises the following parameters: «In. voltage unbal.» parameter —...
Page 144 «Line Unbal. set value» parameter defines a maximum allowable voltage unbalance in the supply line. If this value is exceeded motor is tripped. «Imbalance calculation» The choice of the formula for calculating imbalance. If this protection operates an appropriate message «Uunbal»...
Page 145: Voltage Of Direct Current Circuit" Second-Level Menu
«Voltage of direct current circuit» second-level menu • «Voltage of direct current circuit» This second-level menu allows you to prevent the VSD from operating both with too dangerous or too low voltage level in the DC link. Second-level menu «Voltage of direct current circuit» comprises the following parameters: «Ud voltage»...
Page 146 «Max Ud set value» parameter defines a maximum allowable voltage in DC link (Ud), at rated voltage 380 V. If Ud exceeds this value motor is tripped and an appropriate message («Ud max») appears on the controller display. «Min Ud set value (480 V)» parameter defines a minimum allowable voltage in DC link (Ud), at...
Page 147 «Protection» parameter sets one of three possible options of the protection operation: «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD; «Automatic restart» — after the motor is tripped by a protection it can be switched on again in a...
Page 148: Power Switches Overheating" Second-Level Menu
«Power switches overheating» second-level menu • «Power switches overheating» This second-level menu allows to disable the VSD during overheating of the IGBT power switches in the VSD inverter. Second-level menu «Power switches overheating» comprises the following parameters: «U phase IGBT temp.» parameter —...
Page 149 «OFF temp.IGBT» parameter — maximum allowable temperature of the Variable Speed Drive power modules. If this value is exceeded the Variable Speed Drive is tripped by power modules overheating protection. Appropriate value is set by manufacturer and it can be changed only by qualified personnel.
Page 150 «Number of restarts» parameter — number of Automatic restart after motor tripping by power- switch overheating protection. If «Number of restarts» parameter is set to zero it means that number of Automatic restart is not limited; «Restart delay» parameter — delay time to Automatic restart after motor tripping by power- switch overheating...
Page 151: Overcurrent" Second-Level Menu
«Overcurrent» second-level menu • «Overcurrent» This second-level menu stops the VSD in case of the VSD unacceptably high output current. Second-level menu «Overcurrent» comprises the following parameters: «VSD total current» parameter — indicates of the VSD full-load (total) current actual value. «Overcurrent setting during operation»...
Page 152 «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD; «Automatic restart» — after the motor is tripped by a protection it can be switched on again in a time set by «Restart delay»...
Page 153: Power Switches" Second-Level Menu
«Power switches» second-level menu • «Power switches» This second-level menu intended for preventing the failure of IGBT modules during increased current loading of the module. Second-level menu «Power switches» comprises the following parameters: «Number of restarts» parameter — number of Automatic restart after motor tripping by power- switch overcurrent...
Page 154 «Protection» parameter sets one of two possible options of the protection operation: «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD; «Automatic restart» — after the motor is tripped by a protection it can be switched on again in a...
Page 155: Low Frequency" Second-Level Menu
«Low frequency» second-level menu • «Low frequency» This second-level menu allows you to configure the protection that stops the VSD, if for some reason the VSD reduces the frequency of the motor. Second-level menu «Low frequency» comprises the following parameters: «Output frequency»...
Page 156 «Min. frequency» parameter — VSD minimum acceptable operating frequency. If the VSD output frequency is equal to or lower than this set value as a result of the pressure/current controller (regulator) operation the motor is tripped and an appropriate message («MinFreq») is appear on the controller display.
Page 157 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD;...
Page 158: Door" Second-Level Menu
«Door» second-level menu • «Door» This second-level menu allows the VSD to stop if any of the VSD doors is open during operation. Second-level menu «Door» comprises the following parameters: «Not used» protection is off. To activate the protection against unauthorized opening of the power compartment of the VSD, the «Door»...
Page 159: Phase Rotation" Second-Level Menu
«Phase rotation» second-level menu • «Phase rotation» This second-level menu is intended for VSD protection configuration, in case of the VSD incorrect phasing at the input connection. Second-level menu «Phase rotation» comprises the following parameters: «Ph. seq. protection» Controller response to protection activation.
Page 160: Connection With Acs" Second-Level Menu
«Connection with ACS» second-level menu «Connection with DME» second-level menu «Connection with ADAM» second-level menu • «Connection with ACS/DME/ADAM» This second-level menu allows you to configure the VSD shutdown in case of communication with any of the listed objects is lost.
Page 161 «OFF time» parameter — delay time for ACS/DME/ADAM tripping caused by this protection when actual value of the parameter goes beyond the upper or lower limit. «Number of restarts» parameter — number of restarts after ACS/DME/ADAM is tripped by this protection. «Restart delay»...
Page 162: Ars Counters" Second-Level Menu
«ARS counters» second-level menu • «ARS counters» This menu is intended for resetting the AR counters and check the time information about the different VSD restart times. Second-level menu «ARS counters» comprises the following parameters: «Automatic restart counters» parameter sets a possibility for forced resetting of Automatic restart counters.
Page 163 «ARSCountResetVolt» parameter sets Automatic restart number counter reset time. If not all automatic starts for accidents «Low line voltage», «High line voltage», «Unbalance of line voltage» were used during this time, then after the number of automatic starts restores to the value set by the parameters «Restarts”...
Page 164 «ARSCountReset Underload» parameter sets Automatic restart number counter reset time. If not all automatic starts were triggered by an Underload accident during this time, then after the number of automatic starts restores to the value set for the Number of underload restarts parameter of this accident.
Page 165 «ARSCountResetOther» parameter sets Automatic restart number counter reset time. If not all automatic starts of the remaining accidents were used during this time, then after the number of automatic starts restores to the value set by the «Number restarts» parameter for each accident.
Page 166 «TimeToCountReset CurUnbal» parameter — time to Automatic restart counter reset after tripping caused by current imbalance protection. «TimeToCountReset Other» parameter — time to Automatic restart counter reset after tripping caused by other protections. «ARSnumbCounter Overload» parameter — counter of Automatic restart after tripping by overload protection.
Page 167 «ARSnumbCountCur Unbal» parameter — counter of Automatic restart after tripping by current imbalance protection. «ARSCountReset Manual» parameter — reset of Automatic restart number counter at manual starting (by «Operator» or through «VSD»). It may be set to: «Permit» — counter reset is enabled;...
Page 168: Downhole Measure Equipment" First-Level Menu
«Downhole measure equipment» first-level menu • «Downhole measure equipment» This first-level menu allows to set the connected downhole sensor unit and analog inputs. First-level menu «Downhole measure equipment» comprises the following second-level menus: EVERYTHING NEW EMERGES NOW...
Page 169: Analog Inputs Set-Up" Second-Level Menu
«Analog inputs set-up» second-level menu • «Analog inputs set- up» This second-level menu allows to select the communication interface of the UMKA03 controller analog inputs. Second-level menu «Analog inputs set-up» comprises the following parameters: «Ain.Input type 1» (Ainх. 1–8) and «Ain.Input type 2»...
Page 170: Downhole Tool" Second-Level Menu
«Protocol DME» allows to select the UMKA03 controller communication protocol with connected surface panel. Communication protocols «Transfer» и «Transfer+» are used for the exchange of Triol AK06 VSD with Downhole Sensor Triol TM01. EVERYTHING NEW EMERGES NOW...
Page 171: Intake Pressure" Second-Level Menu
In addition to the basic parameters, «Transfer+» the following parameters are available: • current leakage, mA; • current line; • voltage line. «Intake pressure» second-level menu • «Intake pressure» This second-level menu allows to configure the VSD operation according to the received signals from downhole sensor or an analog sensor.
Page 172 «Аin1.1 – Аin1.8» —a signal from the pressure sensor at the intake is connected to one of the analog inputs of group 1 of the UMKA03 controller; «Аin2.1 – Аin2.4» — a signal from the pressure sensor at the intake is connected to one of the analog inputs of group 2 of the UMKA03 controller;...
Page 173 «OFF lower limit» parameter — lower limit of tripping by «Intake Pressure» protection. motor is tripped if actual value of the parameter is lower than the preset one; «ON upper limit» parameter — upper limit of Automatic restart triggering after «Suction (intake) Pressure»...
Page 174 «Protection» parameter sets one of three possible options of the protection operation: «Off» — protection is disabled; «Lockout» — after the motor is tripped by a protection it cannot be switched on again until it is started by operator or through VSD;...
Page 175 «Input type» – display the current selected type of the analog input; «Display format» – allows to select the format of the displayed value; «Scale minimum» and «Scale maximum» allows to set the limit of the measuring sensor; «Normaliz.of the pressure»...
Page 176: Compensator Pressure" Second-Level Menu
«Compensator pressure» second-level menu • «Compensator pressure» This second-level menu allows setting and indicates the values of pressure in compensator. Second-level menu «Compensator pressure» comprises the following parameters: «CP Source» parameter sets the source of receiving the information about pressure in compensator.
Page 177 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about pressure in compensator is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the pressure sensor at the intake is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 178 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Compensator pressure». motor is switched on if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value upper then «OFF...
Page 179: Amb.(Intake) Temperature" Second-Level Menu
«Amb.(Intake) temperature» second-level menu • «Amb.(Intake) temperature» This second-level menu allows to setting and indicating the ambient (intake) temperature values. Second-level menu «Amb.(Intake) temperature» includes the following parameters: «AT Source» parameter sets the source of receiving the information about ambient (intake) temperature.
Page 180 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the ambient (intake) temperature is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the ambient (intake) temperature sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 181 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Ambient (Intake) temperature» motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter —...
Page 182: Esm (Oil) Temperature" Second-Level Menu
«ESM (oil) temperature» second-level menu • «ESM (oil) temperature» This second-level menu allows to setting and indicating the motor (oil) temperature values. Second-level menu «ESM (oil) temperature» comprises the following parameters: «TESM Source» parameter sets the source of receiving the information about motor (oil) temperature.
Page 183 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the motor (oil) temperature is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the ESM (oil) temperature sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 184 «OFF upper limit» parameter is the upper limit of switching-off by the protection «ESM (oil) temperature» motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter —...
Page 185: Esm (Winding) Temperature" Second-Level Menu
«ESM (winding) temperature» second-level menu • «ESM (winding) temperature» This second-level menu allows to setting and indicating the motor winding temperature values. Second-level menu «ESM (winding) temperature» comprises the following parameters: «T wind ESM Source» parameter sets the source of receiving the information about motor winding temperature.
Page 186 «Аin2.1» –«Аin2.4» — a signal from the sensor unit containing information about the motor winding temperature is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the motor winding temperature sensor is connected to one of the analog inputs of the ADAM-4017 unit+;...
Page 187 «ON lower limit» parameter is the lower limit of switching-on by the protection «Motor winding temperature». motor is switched on if the actual value of the parameter is lower than the value of this parameter; «OFF upper limit» parameter is the upper limit of switching-off by the protection «Motor winding temperature».
Page 188: Discharge Temperature" Second-Level Menu
«Discharge temperature» second-level menu • «Discharge temperature» This second-level menu allows to setting and indicating the discharge temperature values. Second-level menu «Discharge temperature» comprises the following parameters: «DT Source» and «DT2 Source» parameters set the source of receiving the information about discharge temperature.
Page 189 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the discharge temperature is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the discharge temperature sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 190 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Discharge temperature» motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value upper then «OFF...
Page 191: Esm Vibration" Second-Level Menu
«ESM vibration» second-level menu • «ESM vibration» This second-level menu allows to setting and indicating the motor vibration values. Second-level menu «ESM vibration» comprises the following parameters: «XY Source» «Z Source» parameters assign the source of receiving the information about motor vibration.
Page 192 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the motor vibration is connected to one of the second group analogue inputs; «ADAM Ain1» - «ADAM Ain7» the signal from the motor vibration sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 193 «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value upper then «OFF upper limit»; «Protect on MIN in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF lower limit».
Page 194: Pump Vibration" Second-Level Menu
«Pump vibration» second-level menu • «Pump vibration» This second-level menu allows to setting and indicating the pump vibration values. Second-level menu «Pump vibration» comprises the following parameters: «X Source», «Y Source» and «Z Source» parameters assign the source of receiving the information about pump vibration.
Page 195 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the pump vibration is connected to one of the first group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the pump vibration sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 196 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Pump vibration» motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF...
Page 197: Annulus Pressure" Second-Level Menu
«Annulus pressure» second-level menu • «Annulus pressure» This second-level menu allows to setting and indicating the annulus pressure values. Second-level menu «Annulus pressure» comprises the following parameters: «AP Source» parameter sets the source of receiving the information about annulus pressure. This parameter can take the following values: «Not available»...
Page 198 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the annulus pressure is connected to one of the first group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the annulus pressure sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 199: Discharge Pressure" Second-Level Menu
«Protect on MIN in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF lower limit». «Discharge pressure» second-level menu • «Discharge pressure» This second-level menu allows to setting and indicating the discharge pressure values. www.triolcorp.com...
Page 200 Second-level menu «Discharge pressure» comprises the following parameters: «DP Source» and «DP2 Source» parameters assign the source of receiving the information about discharge pressure. This parameter can take the following values: «Not available» — means that an input is not chosen;...
Page 201 «DME» — discharge pressure is received through the digital connection channel from telemetry system; «Minimum» parameter is the lower limit of switching-off by the protection «Discharge pressure» motor is switched off if the actual value of the parameter is lower than the value of this parameter;...
Page 202: Line Pressure" Second-Level Menu
«Line pressure» second-level menu • «Line pressure» This second-level menu allows to setting and indicating the line pressure values. Second-level menu «Line pressure» comprises the following parameters: «Pline Source» parameters assign the source of receiving the information about line pressure. This parameter can take the following values: «Not available»...
Page 203 «Аin2.1» –»Аin2.4» — a signal from the sensor unit containing information about the line pressure is connected to one of the first group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the line pressure sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 204 «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF upper limit»; «Protect on MIN in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF lower limit».
Page 205: Expenditure Liquid" Second-Level Menu
«Expenditure liquid» second-level menu • «Expenditure liquid» This second-level menu allows to setting and indicating the expenditure liquid level values. Second-level menu «Expenditure liquid» comprises the following parameters: «EXP liquid Source» parameters assign the source of receiving the information about expenditure liquid.
Page 206 «Аin2.1» – «Аin2.4» — a signal from the sensor unit containing information about the expenditure liquid is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the expenditure liquid sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 207 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Expenditure liquid» motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF...
Page 208: Annulus Fluid Level" Second-Level Menu
«Annulus fluid level» second-level menu • «Annulus fluid level» This second-level menu allows to setting and indicating the annulus fluid level values. Second-level menu «Annulus fluid level» comprises the following parameters: «Annulus level Source» parameters assign the source of receiving the information about annulus level.
Page 209 «Аin2.1» –«Аin2.4» — a signal from the sensor unit containing information about the annulus level is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the annulus level sensor is connected to one of the analog inputs of the ADAM-4017+ block;...
Page 210 «OFF upper limit» parameter is the upper limit of switching-off by the protection «Annulus level » motor is switched off if the actual value of the parameter is higher than the value of this parameter; «Protect on MAX in STOP» parameter —...
Page 211: Additional Analog Input1"- "Additional Analog Input6" Second-Level Menu
«Additional analog input1»- «Additional analog input6» second-level menu • «Additional analog input1»- «Additional analog input6» This second-level menus allow to receiving any other analog signals. These menus comprise parameters for setting and displaying values of additional analog inputs. Second-level menu «Additional analog input1»- «Additional analog input6»...
Page 212 «Аin2.1» –»Аin2.4» — a signal from the sensor unit is connected to one of the second group analogue inputs; «ADAM Ain0 – ADAM Ain7» – the signal from the sensor is connected to one of the analog inputs of the ADAM-4017+ block; «DME»...
Page 213 «Control delay» parameter assign time within which the protection is disabled beginning from the moment when motor starts running up; «OFF delay» parameter sets delay time for operation of the protection; «Protection» parameter sets one of three possible options of the protection operation: «Off»...
Page 214 «Protect on MAX in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF upper limit»; «Protect on MIN in STOP» parameter — defines the protection tripping in STOP if actual parameter value lower then «OFF lower limit»;...
Page 215 «Scale minimum» and «Scale maximum» allows to set the limit of the measuring sensor. www.triolcorp.com...
Page 216: Installations Parameters" First-Level Menu
«Installations parameters» first-level menu • «Installations parameters» This first-level menu allows to set well, motor, pump, step-up transformer and cable parameters. For accurate VSD operation all the values described above must be set correctly. First-level menu «Installations parameters» comprises the following parameters: «Drive type»...
Page 217 «Filter sin» – the parameter must be set «ON» in case of built-in Output filter. If there’s no output filter the parameter must be set «OFF». «Field No.» parameter is intended for setting filed number. «Cluster No.» parameter is intended for setting cluster number.
Page 218 «ESM rated power» parameter — motor rated power. «ESP rated efficiency» parameter — it is necessary to set the value of the ESP performance in accordance with its documentation. «ESP head» parameter — it is necessary to set the pressure value of the ESP in accordance with its documentation.
Page 219 «Power system» parameter — parameter sets the frequency of the mains supply 50 Hz or 60 Hz. «L sin Filter» parameter — intended for entering the inductance of the output filter. This parameter is set by the manufacturer. www.triolcorp.com...
Page 220: Calc.of Step-Up Transf.tap Voltage" First-Level Menu
«Calc.of step-up transf.tap voltage» first-level menu • «Calc.of step-up transf.tap voltage» This menu is intended for calculating the value of the recommended step- up transformer soldering and enter transformation coefficient. First-level menu «Calc.of step-up transf.tap voltage» comprises the following parameters: «ESM rated voltage»...
Page 221 «Reference freq.» parameter — reference frequency. It is used for calculating the step-up transformer’s tap voltage automatically. The value of this parameter must be set equally to the connected motor rated frequency. «Reference voltage» parameter — voltage on the step-up transformer’s primary winding at reference frequency.
Page 222 «Reservoir temp.» parameter — value of reservoir temperature. It is used for calculating the step-up transformer’s tap voltage automatically. «Recommended U step- up trans» parameter — recommended tap voltage. «Prim winding voltage» parameter — parameter is intended for setting tap voltage of the step-up transformer primary winding.
Page 223 «Step-up transformer tap U» must be selected according to the real connected tap and must be not less than the recommended tap. «Nominal frequency» – it is necessary to set the step-up transformer rated frequency. «Impedance» – enter the transformer value Uk. As a rule, this value starts from 2 to 10%.
Page 224 Cable line resistance EVERYTHING NEW EMERGES NOW...
Page 225: System" First-Level Menu
«System» first-level menu • «System» This first-level menu is intended for setting system parameters ensuring the Variable Speed Drive operation. First-level menu «System» comprises the following second-level menus: www.triolcorp.com...
Page 226: Passwords" Second-Level Menu
«Passwords» second-level menu • «Passwords» This second-level menu is intended for limiting access to parameters editing. When password protection is enabled an access to parameters editing is limited. If a parameter must be changed, enter an appropriate password and the parameter is available for editing. A password is requested at any editing if the time since the last keystroke on the controller keyboard exceeds 5 min.
Page 227 To change the password the following procedure Must be adhered: 1. Select an access level required; 2. Enter current password for this access level; 3. Type in new password; 4. If a wrong password is entered a message «PASSWORD INVALID» appears.
Page 228 To disable the password protection the following procedure must be adhered: 1. Edit «Password protection» parameter; 2. Select an access level in the password request window and enter a password; 3. «Password protection» parameter is accessible for editing in which case current passwords for «User 1»...
Page 229: Operation With Usb" Second-Level Menu
«Operation with USB» second-level menu • «Operation with USB» This menu is intended for reading the event log onto a USB memory, reading and loading factory settings. Second-level menu «Operation with USB» comprises the following parameters: «USB flash» parameter — identification of USB flash Drive connected.
Page 230 «Download screen-saver» parameter — command to start downloading screen-saver from USB flash drive. «Change firmware» parameter — command to start changing firmware from USB flash drive. «Change IND firmware» parameter — command to start changing firmware IND from USB flash drive. «Help file»...
Page 231 Depending on the action to be done one of the parameters described in table, must be edited by setting it to «Yes». Parameter name Operation execution time, s Brief description operations Rewrites event log controller «Read log» 2 – 15 to USB flash drive Rewrites settings from USB «Upgrade settings»...
Page 232 «ScreenPict_File_for Screen-saver file UM3_0001.SCR _Umka_3_Version_0 10 KB 001.SCR» «Bootloader_File_fo Loader file UM3_0001.BOT r_Umka_3_Version_ <30 KB 0001.BOT» Each file has a header with additional information about its content. To make the header text visible it’s necessary to open this file using any text editor. First line —...
Page 233: Status Set-Up" Second-Level Menu
«Status set-up» second-level menu • «Status set-up» This second-level menu contains parameters for setting the status menu. Second-level menu «Status set-up» comprises the following parameters: This menu item includes «Row №» parameters; and it also provides a possibility to customize a list of parameters to be appeared on the controller display in the...
Page 234 «Row №» parameter defines the controller parameter to be displayed in the appropriate line of status menu. «No» option also may be set. In such a case there is no parameter displayed in this line (blank line). Maximum «Row №» – 32. Variable Speed Drive is supplied with factory- customized settings of...
Page 235: Acs Set-Up" Second-Level Menu
«Triol» — setting of communication channel for «Triol» protocol; «TRIOL AK» — communication channel for «TRIOL AK» protocol is set automatically. Appendix A shows the VSD Modbus address map and exchange settings. www.triolcorp.com...
Page 236 «Baud rate» parameter defines rate of data exchange with VSD controller (computer). «Node address» parameter defines the VSD network address in VSD. «StopBit» parameter — exchange stop bit of the upper-level VSD. «Modem used» parameter defines if GSM-modem is used for data communication.
Page 237: Ethernet Settings" Second-Level Menu
«Ethernet settings» second-level menu • «Ethernet settings» This second-level menu is intended for setting the exchange between the VSD and ACS (SCADA) through Ethernet. Second-level menu «Ethernet settings» comprises the following parameters: «IPType» — parameter establishes the way of receiving IP-address. «IPAdressStatic»...
Page 238 «IPAdressCurrent» parameter — current IP- address. «NTPServerIPAddress» parameter — IP-address of the time synchronization server – NTP. «NTPTimeDeltaSync» parameter — periodicity of synchronization with NTP server «NTPTimeSyncLast» parameter — time of the most recent successful synchronization with NTP server. «Time UTC» parameter — current calendar time for Greenwich Mean Time (or UTC).
Page 239: Gprs Settings" Second-Level Menu
«Delay fist command» parameter — pause before the Ethernet module’s first command after catching the ACS line. «Timeout last command» parameter — maximum Ethernet module’s inaction time before releasing the ACS line. «GPRS settings» second-level menu • «GPRS settings» This second-leven menu is intended for setting the GPRS modem.
Page 240 Second-level menu «GPRS settings» comprises the following parameters: «Use GPRS» — parameter sets the GPRS operation. «APN» parameter — parameter sets the name of an access point for GPRS data connection. «GPRS Port» parameter — parameter sets the port of GPRS.
Page 241: Display Set-Up" Second-Level Menu
«Display set-up» second-level menu • «Display set-up» This menu allows to change the contrast settings and enable or disable scrolling. Second-level menu «Display set-up» comprises the following parameters: «Text scrolling» parameter makes it possible to scroll text values in a circle at editing text parameters.
Page 242 «LCD temp. comp.» parameter makes it possible to set display contrast automatically depending on ambient temperature. It may be set to «On»/«Off». «Case temp.2» parameter — value of air temperature in the UMKA03 case. EVERYTHING NEW EMERGES NOW...
Page 243: Setting Universal Time" Second-Level Menu
«Setting universal time» second-level menu • «Setting universal time» Allow to set the current date and time. Second-level menu «Setting universal time» comprises the following parameters: «Time» parameter — setting of current date and astronomical time. «Winter/Summer time» switching-on an automatic transition from summer time to winter time and vice versa.
Page 244 «On» — enables automatic revert to standard time from summer time to winter time and vice versa. «Time» parameter — reference parameter representing particular time («Winter» or «Summer»). EVERYTHING NEW EMERGES NOW...
Page 245: Statistics" Second-Level Menu
«Statistics» second-level menu • «Statistics» This menu provides the VSD operation statistics. Second-level menu «Statistics» comprises the following parameters: «Number of starts» parameter — indicates number of VSD starts. «Overload stop num» parameter — indicates number of stops caused by motor overload. «Underload stop num»...
Page 246 «Other prot. stop num» parameter — indicates number of stops caused by operation of other protections. «Counters» parameter is used for zeroing values of counters. «Total operating time» parameter — indicates total operating time of the Variable Speed Drive. EVERYTHING NEW EMERGES NOW...
Page 247: Current Timers" Second-Level Menu
«Current timers» second-level menu • «Current timers» This second level menu allows to review information about the main events, find out the time from the start or after stopping. Second-level menu «Current timers» comprises the following parameters: «Last start cause» parameter represents a source of the START command.
Page 248 «Stop time» parameter indicates time when the last STOP command is issued. «The reason of the next start» parameter indicates a reason of the latest start. «Time to Automatic restart» parameter indicates time to Automatic restart. «Power-up time» parameter — time of the last power-up.
Page 249 «Too many Automatic restart» parameter defines a reason due to which another Automatic restart is not take place. «Start cause» parameters — reference parameters characterizing the Variable Speed Drive current state. «Stop cause» parameters — reference parameters characterizing the VSD current state.
Page 250: Vsd Parameters" Second-Level Menu
«VSD parameters» second-level menu • «VSD parameters» This menu contains the main VSD information. Second-level menu «VSD parameters» comprises the following parameters: «VSD type» parameter — coding of the VSD nominal current. «VSD serial No.» parameter — VSD serial number. «VSD manufacture date»...
Page 251: Vsdc Parameters" Second-Level Menu
«VSDC parameters» second-level menu • «VSDC parameters» This menu provides information about the controller, as well as language settings, units physical quantities of measurement. Second-level menu «VSDC parameters» comprises the following parameters: «VSDC serial No.» parameter — serial number of the Variable Speed Drive controller.
Page 252 «Subversion Number» parameter — indicates the VSD controller software subversion. «Drive software version» parameter — version No. of software for the VSD controller which controls the frequency converter. «Drive type» parameter — type of a drive. «Load factory settings» parameter — parameter makes it possible to reset current time settings to the default (factory) ones.
Page 253: Event Log" First-Level Menu
«Event log» first-level menu • «Event log» This second level menu is intended for setting the resolution of entries in the event log. «Log viewing mode» second-level menu • «Log viewing mode» In this menu you can find all events from the last moment of formatting the memory of the controller.
Page 254: Start/Stop Log Viewing Mode" Second-Level Menu
«Start/stop log viewing mode» second-level menu • «Start/stop log viewing mode» This second-level menu displaying power- up/power-off time and date as well as motor start’s and stop’s time and date. «Editing log viewing mode» second-level menu • «Editing log viewing mode»...
Page 255: Viewing Mode Set-Up" Second-Level Menu
«Viewing mode set-up» second-level menu • «Viewing mode set- up» This second-level menu is intended for selecting the parameters changes that are recorded in the event log. Second-level menu «Viewing mode set-up» comprises the following parameters: «Viewing Starts/Stops» parameter defines if records of the motor starts and stops is displayed in the log...
Page 256 «Viewing param. changes» parameter defines if records of changes (programming) of the Variable Speed Drive parameters is displayed in the log viewing mode. «Viewing currents and voltages» parameter defines if values of the VSD output current and output voltage contained in the records is displayed in the log viewing mode.
Page 257 «Viewing arbitrary Param.1»...«Viewing arbitrary Param.7» parameters define if values contained in the records is displayed in the log viewing mode. Description and configuration of «Param.1»…Param.7» is given in the «Event log» → «Set registr.custom». «Electric energy trands» parameter — displaying trend lines and network characteristics when reviewing the event log.
Page 258 «Search by time» parameter may be set to: «Disable» — disabling automatic restart by date. The latest event is highlighted in the log viewing mode. «Permit» — enabling automatic restart by date. The event happened at the same time or earlier defined by «Search by time»...
Page 259: Set. Registr. By Time" Second-Level Menu
«Set. registr. by time» second-level menu • «Set. registr. by time» This menu is intended for setting the resolution of recording the current values of the VSD parameters in time. Second-level menu «Set. registr. by time» comprises the following parameters: «Rec.
Page 260 «DME rec. period» parameter defines recording time for parameters of the downhole sensor in operation. «Rec. time start» parameter defines recording time for all the parameters after the motor has start running. Recording of parameters during the set time happens every second. «Supply failure rec time»...
Page 261: Set. Registr. By Changes" Second-Level Menu
«Set. registr. by changes» second-level menu • «Set. registr. by changes» This menu is intended for adjusting the discreteness of recording the VSD current values parameters as a result of a change in readings. Second-level menu «Set. registr. by changes» comprises the following parameters: «ΔI ESM registered»...
Page 262 «ΔU registered» parameter defines a minimum change of line voltage which implies registration in the event log. The following parameters are registered in the event log: «RS input voltage» (AB), «ST input voltage» (BC), «TR input voltage» (CA), «In. voltage unbal.», «Ud voltage».
Page 263 «Δ Temp. ESM Registered» parameter defines a minimum change of motor temperature that implies registration in the event log. «Δ Temp. Wind ESM Registered» parameter defines a minimum change of motor windings temperature that implies registration in the event log. «Δ...
Page 264 «Δ Pannulus registered» parameter defines a minimum change of annulus pressure that implies registration in the event log. «Δ Pdis registered» parameter defines a minimum change of discharge pressure that implies registration in the event log. «Δ Pline registered» parameter defines a minimum change of line pressure that implies registration in the event...
Page 265: Set. Registr. Custom" Second-Level Menu
«Set. registr. custom» second-level menu • «Set. registr. custom» This menu allows to add additional 7 parameters, which are recorded in the event log according to a separately set change value.Second-level menu. Second-level menu «Set. registr. custom» comprises the following parameters: «Parameter №1»...
Page 266 «Parameter No..» and «Δ Parameter No..registered» parameters are interconnected. For example, if output frequency is selected as «Parameter No.1», «Δ Parameter No.1 registered» is displayed in Hz. EVERYTHING NEW EMERGES NOW...
Page 267: Start-Up Graph" First-Level Menu
«Start-up graph» first-level menu • «Start-up graph» This first-level menu depicts parameter changes within 30 sec from the start. Contains start-up graphs for the latest 16 starts. Controller allows viewing start-up graphs for the following parameters: • total ESM current; •...

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