Table of Contents
Troubleshooting
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Summary of Contents for Groeneveld GPA
- Page 1 Progressive lubrication pump GPA / GPA+ / GPO Versions: Paddle, follower plate, cartridge Original operating- assembly manual Issued:04-2025 Firmware: 03.ZZ © Groeneveld-BEKA GmbH 2025 All rights reserved!
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Page 2: Table Of Contents
7.6.3 Level monitoring for the version with cartridge reservoir ......22 All rights reserved! © Groeneveld-BEKA GmbH 2025... - Page 3 Description and functionalities of the integrated control unit GPA+ / GPO ..23 8.1 Control of the lubrication cycle ........23 8.1.1...
- Page 4 Connection diagram GPA+ pump ........
- Page 5 15.1 General troubleshooting ......... . 64 15.2 Troubleshooting for the GPA+ / GPO device in TRK mode ....66 15.3 Troubleshooting for the GPA+ / GPO device in TRL mode .
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Page 6: Technical Data
Pressure connection: ..........M12x1.5 Ø 6 mm Control & Monitoring: GPA: none, must be installed externally... - Page 7 ............UL 778:2016 Certification The progressive lubrication pump GPA / GPA+ / GPO is subsequently referred to as device.
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Page 8: General Safety Instructions
This header is used when improper or general non-observance of the operating manual, work instructions, specified workflows and the like might result in damage of Attention! the device. We use this term to point out particular details. Note! Strictly observe any instructions that are directly attached to the device and keep them in readable condition! All rights reserved! © Groeneveld-BEKA GmbH 2025... -
Page 9: Personnel Qualification And Training
• Provide a safety data sheet of the currently used lubricant at the device. • Observe the generally applicable Ordinance on Hazardous Substances in its latest version. © Groeneveld-BEKA GmbH 2025 All rights reserved! -
Page 10: Safety Instructions For Maintenance, Inspection And Assembly
Inspect the device and its attachment parts regularly and check them for possible damage or leakages. Fluids could escape under high pressure from pressurized components which have become leaky. All rights reserved! -10- © Groeneveld-BEKA GmbH 2025... -
Page 11: Intended Use
„Technical data“). Never exceed or fall below these values. Never run the device without lubricant. Unauthorized structural modifications of the device are not permitted. Groeneveld-BEKA will not assume liability for damage to persons or the machine resulting thereof. The device has been manufactured in compliance with the Machinery Directive 2006/42/EG. The customer has to check whether further directives apply for the specific field of application and site of operation. -
Page 12: Transport And Storage
Store the device at a cool and dry location to avoid corrosion of individual parts of the device. Note! Mind also the storate properties of the lubricant in lubricant-filled devices. Replace the lubricant when it is overstored (separation of oil and soap). All rights reserved! -12- © Groeneveld-BEKA GmbH 2025... -
Page 13: Functional Description
1. A GPA / GPA+ / GPO pump with a lubricant reservoir of your choice as well as an integrated digital control unit with data memory for the GPA+ and a WLAN module for the GPO. This is the only difference between the pumps. -
Page 14: Description Of The Components
Description of the components The GP series from Groeneveld-BEKA has been developed with special attention to easy maintenance and the simple replacement of lifetime available components. The modular design of the GP series offers the possibility to adapt the system to the lubricant requirements and thus to easily upgrade and maintain the system. • Exchangeable components allow easy maintenance and setting. -
Page 15: Upper Module: The Reservoir
The reservoir with follower plate is available in versions with 3.5 and 8 liter. Devices with a reservoir with follower plate can be mounted in any desired position. Grease up to NLGI class 2 can be filled into devices with follower piston containers. © Groeneveld-BEKA GmbH 2025 -15- All rights reserved! -
Page 16: Cartridge Reservoir
The piston movements push the lubricant into the according main lines. Intregrated non-return valves prevent reverse pumping of the lubricant with the return stroke of the pistons. All rights reserved! -16- © Groeneveld-BEKA GmbH 2025... -
Page 17: Lower Module
Lower module The lower module is available in two main types: • for the device GPA without integrated control unit • for the device GPA+ / GPO with integrated control unit Fig.5: 7.3.1 Lower module without integrated control unit The pump operation must completely be controlled by the customer. -
Page 18: Pump Elements
For this pump element the delivery rate can be adjusted from 2000 mm³/min to 4000 mm³/min. That means the delivery rate can be from 125 mm³/rev to 25 mm³/rev per piston stroke. Fig.8: The pump element will always be delivered with the delivery rate set to maximum. All rights reserved! -18- © Groeneveld-BEKA GmbH 2025... -
Page 19: Overfill Protection
Overfill protection The overfill protection (1, Fig. 8.5) is only present in the models with mixing blades and cartridge. An overfill protection valve is integrated in the pump housing to prevent the device from being overfilled. The valve opens at a pressure of 2.5 bar. Fig. 8.5 © Groeneveld-BEKA GmbH 2025 -19- All rights reserved! -
Page 20: Level Monitoring
With the level reaching minimum, the magnet will also reach the level switch. The switch will then emit a signal with each revolution of the device. For the GPA (no integrated control unit), these signals need to be evaluated by the customer. Fig.10:... -
Page 21: Level Monitoring For The Version With Follower Plate Reservoir
Vibrations caused by the machine or device to which the device is attached might Note! effect short interruptions of the signal. For the GPA (no integrated control unit), these signals needs to be evaluated by the customer. Fig.11: Follower plate Direction of movement... -
Page 22: Level Monitoring For The Version With Cartridge Reservoir
The switch emits a signal. Vibrations caused by the machine or device to which the device is attached might Note! effect short interruptions of the signal. For the GPA (without integrated control unit), this signal needs to be evaluated by the customer. Fig.12: Magnet Direction of movement... -
Page 23: Description And Functionalities Of The Integrated Control Unit Gpa+ / Gpo
Description and functionalities of the integrated control unit GPA+ / GPO The integrated control unit GPA+ / GPO automatically controls and monitors the functions of the central lubrication system and the central lubrication pump. The control unit activates a lubrication cycle at a set time interval and controls and monitors the quantity of dispensed lubricant. -
Page 24: Pulse-Dependent Control Of The Lubrication Time
Therefore 1550 mm³ : 290 mm³/pulse = 5,35 pulses are necessary to once lubricate all lube points of the circuit. Set 5 pulses and equal the number after the decimal point with the cycle time (shorter cycle time = more lubricant, longer cycle time = less lubricant). All rights reserved! -24- © Groeneveld-BEKA GmbH 2025... -
Page 25: Appearance And Functions Of The Display Of The Integrated Control Unit Gpa
Appearance and functions of the display of the integrated control unit GPA+ / The GPA+ / GPO control unit is integrated into the lower module of the device (fig. 16). The display shows the settings and the current status of the control unit. With the three function keys, you can set the control unit and query functions and errors (fig. 17). Fig.16: Fig.17: Display with four digits Function keys:... -
Page 26: Basic Functions
Keep the UP key and the ENTER key pressed at the same time and for longer (>10 sec). The cycle will be reset and the control unit will immediately start a lubrication. You can also use this function to put changed setting immediately into operation. All rights reserved! -26- © Groeneveld-BEKA GmbH 2025... -
Page 27: Access The Info Menu
The letter W (Work) will appear on the display. If no button is pressed for more than 10 minutes, the test mode is exited and the Note! device returns to work mode. © Groeneveld-BEKA GmbH 2025 -27- All rights reserved! -
Page 28: Creating A Wifi Password (Gpo)
• To apply the settings for the functional sequence, scroll with the UP and the DOWN key to EXIT. Confirm by briefly pressing ENTER. You have to confirm changed setting with the EXIT function as otherwise your settings will be lost with the next restart of the device (switching the voltage off and Note! on). Your new setting will only become active with the next restart of the device. Switch the voltage off and then on again or reset the cycle (see chapter 8.3.3 Start Attention! intermediate lubrication or reset cycle). All rights reserved! -28- © Groeneveld-BEKA GmbH 2025... -
Page 29: Set The Control Mode Trk Or Trl
• Select the number of connected lubrication circuits with the UP or the DOWN key (please also refer to the table fig. 25). • OUT1 for 1 lubrication circuit • OUT2 for 2 lubrication circuits • OUT 3 for 3 lubrication circuits • Confirm you setting by briefly pressing ENTER. The text OUT will appear on the display again. © Groeneveld-BEKA GmbH 2025 -29- All rights reserved! -
Page 30: Set The Pump Element Type
(switching the voltage off and on Note! again). Your new setting will become active with the next restart of the device. Switch the voltage off an on again or reset the cycle to that purpose (see chapter 8.3.3 Start Attention! intermediate lubrication or Reset cycle). All rights reserved! -30- © Groeneveld-BEKA GmbH 2025... -
Page 31: Control Unit Settings For The Use Of The Level Monitoring
(switching the voltage off and on again). Note! Your selected setting will become active with the next restart of the device. Switch the voltage off and on again or reset the cycle to that purpose (see chapter 8.3.3 Attention! Start intermediate lubrication or Reset cycle). © Groeneveld-BEKA GmbH 2025 -31- All rights reserved! -
Page 32: Set The Function Of The Level Monitoring
Reset cycle). Control unit settings for monitoring the system pressure With the GPA+ / GPO you can also monitor the pressure in the lubrication system. To do so, a pressure switch can be installed in each lubrication circuit. -
Page 33: Control Unit Settings For The Use Of The External Signal Lamp
You can connect an external signal lamp to the control unit with which the control unit functions or errors can also be signalled more remotely, like e.g. the driver‘s cabin of a truck. Fig.23: The lamp has to be mounted in the field of vision of the driver and, for better visibility of the signals, out of direct sunlight. The signal lamp can indicate some functions and a possibly occurring malfunction with flashing signals. © Groeneveld-BEKA GmbH 2025 -33- All rights reserved! -
Page 34: Flashing Signals Of The External Signal Lamp
(switching the voltage off and on again). Note! Your selected setting will become active with the next restart of the device. Switch the voltage off an on again or reset the cycle to that purpose (see chapter 8.3.3 Start Attention! intermediate cycle or Reset cycle). All rights reserved! -34- © Groeneveld-BEKA GmbH 2025... -
Page 35: Set The Displayed Signals Of The External Signal Lamp
• LLWE = Min. level warning by external signal lamp activated • Confirm your setting by briefly pressing ENTER. The text LLW will appear on the display again. • Scroll with the UP or the DOWN key until the text EXIT appears. • Confirm with ENTER. The control unit will switch into the work mode. The letter W (Work) will appear on the display. © Groeneveld-BEKA GmbH 2025 -35- All rights reserved! -
Page 36: Set The Overcurrent At The Pump Motor
(switching the voltage off and on again). Your selected setting will become active with the next restart of the device. Switch the voltage off and on again or reset the cycle to that purpose (see chapter 8.3.3 Attention! Start intermediate lubrication or Reset cycle). All rights reserved! -36- © Groeneveld-BEKA GmbH 2025... -
Page 37: Setting The Can Communication (Gpo)
(switching the voltage off and on Note! again). Your selected setting will become active with the next restart of the device. Switch the voltage off and on again or reset the cycle to that purpose (see chapter 8.3.3 Attention! Start intermediate lubrication or Reset cycle). © Groeneveld-BEKA GmbH 2025 -37- All rights reserved! - Page 38 OC_2 = 2 A (note: OC_A: automatically set: OC_A to 7A (@VCC = 12 V) OC_3 = 3 A to 5 A (@VCC = 24 V) OC_4 = 4 A OC_5 = 5 A All rights reserved! -38- © Groeneveld-BEKA GmbH 2025...
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Page 39: Description And Setting Of The Trk Mode (Truck)
The cycle time is independent of the mode. You have to set it in both of the available modes. The cycle time is set in minutes (please also refer to chapter 8.1 Control of the lubrication cycle). Fig.26: GIV-no. Cycle time (min) © Groeneveld-BEKA GmbH 2025 -39- All rights reserved! -
Page 40: Set The Control Type
• STD = (standard) revolution-dependent control of the lubrication time • PULS = pulse-dependent control of the lubrication time • Confirm your setting by briefly pressing ENTER. The text MODE will appear on the display again. • Scroll with UP or DOWN until the text EXIT appears. • Confirm with ENTER. The control unit will switch into the work mode. The letter W (Work) will appear on the display. All rights reserved! -40- © Groeneveld-BEKA GmbH 2025... -
Page 41: Set The Parameters For The Trk Mode With Revolution-Dependent Control Of The Lubrication Cycle
< -10°C (mm³)* 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 * (Delivery rates calculated for the use of a non-adjustable pump element with a delivery rate of 125 mm³/stroke). © Groeneveld-BEKA GmbH 2025 -41- All rights reserved! -
Page 42: Set The Parameters For The Trk Mode With Pulse-Dependent Control Of The
Procedure: Note! Please also refer to the table fig. 28. • Press the UP key (fig. 17) for longer (>10 sec) to access the User setup mode. The text GIV will appear on the display. • Scroll with the UP or the DOWN key until the text PLS appears on the display. • Briefly press ENTER to get one level up in the menu. The text PL01 or your currently set value will appear on the display. All rights reserved! -42- © Groeneveld-BEKA GmbH 2025... -
Page 43: Set The Monitoring Time
• TI12 = 12 min monitoring time (standard) • ... • TI59 = 59 min monitoring time • Confirm your setting by briefly pressing ENTER. The text TOUT will appear on the display again. • Scroll with UP or DOWN until the text EXIT appears. • Confirm with ENTER. The control unit will switch into the work mode. The letter W (Work) will appear on the display. © Groeneveld-BEKA GmbH 2025 -43- All rights reserved! -
Page 44: Activate Or Deactivate A Release Or Blocking Signal
• Press the UP key for longer (>10 sec) to access the User setup mode. The text GIV will appear on the display. • Scroll with the UP or the DOWN key until the text CI appears on the display. • Briefly press ENTER to get one level up in the menu. The text CI_H or your currently set value will appear on the display. • Select your desired value by briefly pressing UP or DOWN. All rights reserved! -44- © Groeneveld-BEKA GmbH 2025... -
Page 45: Description And Setting Of The Trl Mode (Trailer)
During the period within which the added revolutions from the timer are processed, possibly completed lubrication intervals (braking intervals or time intervals) might be ignored. When all revolutions are processed, the cycle will start anew. © Groeneveld-BEKA GmbH 2025 -45- All rights reserved! -
Page 46: Set The Number Of Braking Impulses
• TG_D = time interval deactivated • TG_E = time interval activated • Confirm your setting by briefly pressing ENTER. The text TGIV will appear on the display again • Scroll with UP or DOWN until the text EXIT appears on the display. • Confirm with ENTER. The control unit will switch into the work mode. The letter W (Work) will appear on the display. All rights reserved! -46- © Groeneveld-BEKA GmbH 2025... - Page 47 AOD1 = 1000 mm³ AOD2 = 2000 mm³ Amount Of Delivery (@ APTY = TRK and APTY = TRL AOD3 = 3000 mm³ AOD6 (@TGIV = enalbe)) ... (see table fig. 27) AOD0 = 10000 mm³ EXIT Confirms the settings made © Groeneveld-BEKA GmbH 2025 -47- All rights reserved!
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Page 48: Errors And Warnings
Same as E1 load A (open load) When motor last is Pump over current (see Same as E1 overcurrent setting code OC) The pump shaft Revolution revolutions are too Same as E1 error All rights reserved! -48- © Groeneveld-BEKA GmbH 2025... - Page 49 The ambient Temperature temperature is below None below limit the minimum limit Warning RTC (Real- Time-Clock) battery None battery low is low RTC-error RTC error None Checksum EEPROM None Error Checksum error © Groeneveld-BEKA GmbH 2025 -49- All rights reserved!
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Page 50: Error History
Fig.31: Spring force Follower piston Centrifugal force All rights reserved! -50- © Groeneveld-BEKA GmbH 2025... -
Page 51: Device With Grease Cartridge Reservoir
Mind the safety precautions against electrostatic discharge acc. to DIN EN 61340-5-1/-3. Ensure that the environment (persons, workplace and packaging) is well grounded when handling the devices. © Groeneveld-BEKA GmbH 2025 -51- All rights reserved! -
Page 52: Connection Diagram Gpa Pump
9.3.1 Connection diagram GPA pump Fig.32: 1 +15 (IGN) 2 -31 (GND) SENSORE DI LIVELLO 3 LOW LEVEL SWITCH LOW LEVEL SWITCH Ground R.P.M. 4 LOW LEVEL SWITCH FÜLLSTANDSSCHALTER ENCODER 5 REV SENSOR OUT Output Signal U/min. 6 REV SENSOR GND... -
Page 53: Connection Diagram Gpa+ Pump
9.3.2 Connection diagram GPA+ pump Fig.33: Druckschalter Pressure switch +15V (Zündung) -31 (GND) Füllstandsschalter min. Steuereingang Low level switch Signallampe Reserve E/A Masse U/min. Ausgangs- K-Leitung Encoder signal Druckschalter Druckschalter PCA F624331 S1 (+oder-) Signallampe Signal lamp Pumpe Pump Motor... -
Page 54: Connection Diagram Gpo Pump
Connector M12x1 (pulse sensor) Connector M12x1 (overpressure sensor) (blue identification nut) (green identification nut) PIN GPO (Standard version) PIN GPO (Standard version) + 15 V (ignition) + 15 V (ignition) -31 (ground) -31 (ground) Spare I/O Spare I/O All rights reserved! -54- © Groeneveld-BEKA GmbH 2025... -
Page 55: Electrical Lines And Fuses
In order to avoid damage of the electrical system of the vehicle or the machine, you have to install the proper fuses in the circuit (+ terminal 15). This goes not for systems with a GPA+ / GPO pump at trailers as these systems will use the already sufficiently fused brake and tail light circuits of the vehicle. -
Page 56: Start-Up
• Collect possibly leaking lubricant in a suitable receptacle and dispose of it properly! • Please observe the safety data sheet of the manufacturer. • The flow properties of the lubricant vary with the operating temperature! • Please ensure utmost cleanliness during refilling! • Check the level several times and at equal intervals during the first hours of operation. Refill clean lubricant when necessary. All rights reserved! -56- © Groeneveld-BEKA GmbH 2025... -
Page 57: Standard Filling Of The Reservoir With Paddle Or Follower Plate
The paddle reservoir has a vent valve on top with the same function. 10.1.3 Filling the oil reservoir • Follow the instructions in chapter 10.1.1 General information. • The oil reservoir should be filled via the socket on the reservoir cover. • Remove the red cover cap. • Place the socket of the filling pump on the filter edge. • Fill the pump to the specified maximum fill level. The oil flows through a filter sieve into the reservoir. • After filling, clean any leaked oil from the filling connection and screw the red cover cap back on. © Groeneveld-BEKA GmbH 2025 -57- All rights reserved! -
Page 58: Fill The Paddle Reservoir Via A Filling Connection
To that purpose, install a filling connection with non-return valve (article no. 10142494) into one of the pump outlets (fig. 38). • Please observe the instructions under 10.1.1 General. • Remove the screw plug (fig. 38). • Screw the filling connection in instead. • Unscrew the protective cap of the filling connection. • Press the grease gun until the lubricant visibly escapes at the outlet (ca. 10 mm, see fig. 38). • Fill the reservoir up to the indicated max. level. • Clean the filling connection from possibly leaked lubricant. • Screw the protective cap on the filling connection again. All rights reserved! -58- © Groeneveld-BEKA GmbH 2025... -
Page 59: Replace The 3L Lubricant Cartridge
• Remove the cover of the new cartridge. • Apply a lubricant film on the cartridge ring. • Screw the cartridge clockwise on the device (4, fig. 39). • If there is a level monitoring installed into the device, reuse the magnet ring. Push the ring over the first edge of the cartridge. Make sure that you place the ring in the correct position (5 fig. 39). • Clean the cover and put the device on again. Screw clockwise until it clicks into. (6, fig. 39). Fig.39: © Groeneveld-BEKA GmbH 2025 -59- All rights reserved! -
Page 60: Vent The Lubrication System
Operate the device until lubricant comes out at the pressure connection free of air bubbles. 10.1.8 Set the delivery rate of adjustable pump elements • Loosen the nut (2, fig. 40) with an open-end wrench AF 22. • Unscrewing the nut (1, fig. 40) reduces the delivery rate by 200 mm³/min (12,5 mm³/rev) with each 1/4 turn (90° turn). Use an open-end wrench AF19. • After completion of the setting, tighten the nut (2, fig. 40) with a drawing torque of 15Nm. Use an open-end wrench AF22. Fig.40: All rights reserved! -60- © Groeneveld-BEKA GmbH 2025... -
Page 61: Maintenance
• When the used lubricants are from different suppliers, make sure that the lubricant quality corresponds to the quality of the previously filled lubricant! As a precaution, the lubricant reservoir should be drained and cleaned properly! © Groeneveld-BEKA GmbH 2025 -61- All rights reserved! -
Page 62: Repair
Proceed as follows: • Remove the pump element by detaching the nut (3, fig. 41 or 1, fig. 41) from the housing bore. Use an open-end wrench AF27. • Replace the pump element by a new one and tighten it with the open-end wrench and a torque of 15 Nm. Fig.41: All rights reserved! -62- © Groeneveld-BEKA GmbH 2025... -
Page 63: Shutdown
Note! Dispose of the device professionally and properly and in accordance with the national and international laws and regulations. Moreover, Groeneveld-BEKA devices could contain batteries. Professionally and properly disposed of batteries will be recycled. They contain important raw materials. © Groeneveld-BEKA GmbH 2025... -
Page 64: Troubleshooting
See error „Device does not points operate“ Reservoir empty Refill reservoir and vent device Device operates but conveys See error „Device operates but less lubricant conveys less lubricant“ Device operates with reduced See error „Device operates with revolutions reduced revolutions“ All rights reserved! -64- © Groeneveld-BEKA GmbH 2025... - Page 65 Too much lubricant at some The outlet at the main Exchange the main distributor lube points distributor that feeds the after recalculation respective secondary distributor is calculated incorrectly © Groeneveld-BEKA GmbH 2025 -65- All rights reserved!
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Page 66: Troubleshooting For The Gpa+ / Gpo Device In Trk Mode
15.2 Troubleshooting for the GPA+ / GPO device in TRK mode Please also refer to chapter 15.1 General troubleshooting Note! Fig.43: Error Possible cause Possible troubleshooting Device does not operate Error in the system Please see device display. Find an explanation of the error codes under 8.14 Errors and... -
Page 67: Troubleshooting For The Gpa+ / Gpo Device In Trl Mode
15.3 Troubleshooting for the GPA+ / GPO device in TRL mode Please also refer to chapter 15.1 General troubleshooting Note! Fig.44: Error Possible cause Possible troubleshooting Display is off No error Press one of the function keys to activate display Display is on standby... -
Page 68: Dimensional Drawing
Dimensional drawing 16.1 Dimensional drawing of the device with paddle reservoir Fig.45: 16.2 Dimensional drawing of the device with follower plate reservoir Fig.46: All rights reserved! -68- © Groeneveld-BEKA GmbH 2025... -
Page 69: User Manual Lube Connect
User manual Lube Connect GPO MOBILE APP - USER GUIDE © Groeneveld-BEKA GmbH 2025 -69- All rights reserved! - Page 70 To navigate the app, the main way is by the use of the menu button on the left. MENU BUTTON From the starting page, you can navigate either through the three tabs (shown at the bottom, Working, Test and Settings), or select a page from the menu All rights reserved! -70- © Groeneveld-BEKA GmbH 2025...
- Page 71 Greasing interval time Settings Page Duration of the interval (GIV) Amount of delivery Settings Page (AOD) Time GIV enable Settings Page Enabling of time GIV (used for TRL) Brakes number Settings Page © Groeneveld-BEKA GmbH 2025 -71- All rights reserved!
- Page 72 Configuration Page Password Configuration Page Set date Configuration Page Update of date time of the board Version About Page Version of the mobile app Date About Page Date of mobile app development All rights reserved! -72- © Groeneveld-BEKA GmbH 2025...
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Page 73: Starting Page
17.1 Starting page Upon opening the app, the splash screen will be visible for a few seconds. © Groeneveld-BEKA GmbH 2025 -73- All rights reserved! - Page 74 • The number of currently active alarms on the ECU • Current status of the pump • ECU date • Number of hours the ECU worked, and total number of pump cycles All rights reserved! -74- © Groeneveld-BEKA GmbH 2025...
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Page 75: General Behavior Of A Page
Pages you can navigate to by using the menu, will not display the three tabs at the bottom. Moreover, you can leave those pages only by tapping the back button on your mobile phone. © Groeneveld-BEKA GmbH 2025 -75- All rights reserved! -
Page 76: Select, Button And Switch Behavior
The message can be either received correctly by the ECU or not. In the latter case, the switch will be reset by the app itself, as the value fetched from the ECU will not be consistent with the switch. You will see the switch resetting to the previous state. All rights reserved! -76- © Groeneveld-BEKA GmbH 2025... - Page 77 Save button: Upon selecting a value different from the one currently set on the ECU, the button shall become enabled and have its text colored in white. Button is enabled and has its text colored in white © Groeneveld-BEKA GmbH 2025 -77- All rights reserved!
- Page 78 Upon receiving the updated value from the ECU, matching the one sent through the button, the button will once again change its text back to “Save”, meaning the operation has concluded successfully. All rights reserved! -78- © Groeneveld-BEKA GmbH 2025...
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Page 79: Alarm Page
17.4 Alarm page This page differs a bit from the others. It is not possible to set anything from here to ECU, it is only possible to fetch the error history from ECU. The page will show seven lines, one for every group of error records, named with the title of the group. © Groeneveld-BEKA GmbH 2025 -79- All rights reserved! - Page 80 Tapping again on the same group name, will hide the group, leaving once again the name only. It is possible to open more than one group at a time. At the end of the page you can find the “Download alarms log file button”. Through this button, it is possible to download a log file of every alarm currently stored in NVM. If the connection is available, the file will be stored in the “Download” folder of the phone. All rights reserved! -80- © Groeneveld-BEKA GmbH 2025...
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Page 81: Config Page
These buttons will send a message each to the ECU, requesting to perform the corresponding action. Upon pushing the set date button, if the action has been correctly done by the ECU, a feedback line will be displayed below the same button. © Groeneveld-BEKA GmbH 2025 -81- All rights reserved! -
Page 82: Firmware Update Page
If the display of the ECU still shows ‘BOOT’, it means the procedure did not complete successfully. This may be due to the connection between the ECU and the phone. It is recommended to shut down the app and restart the procedure completely. All rights reserved! -82- © Groeneveld-BEKA GmbH 2025... -
Page 83: App Connectivity
In the top right corner of the app, it is shown the current connection status. If needed, tap on the text, a popup will appear, giving useful tips in order to make sure you are correctly connected to the ECU. © Groeneveld-BEKA GmbH 2025 -83- All rights reserved! - Page 84 Upon losing connection to the ECU, a popup will be displayed, containing the instructions to reconnect to the ECU. In the case of connection lost, it is recommended to shut down the app, turn off the Wi-Fi of the mobile phone, turn it on again and only after noticing the Wi-Fi being connected to the ECU again, open the app. All rights reserved! -84- © Groeneveld-BEKA GmbH 2025...
- Page 85 Notice © Groeneveld-BEKA GmbH 2025 -85- All rights reserved!
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Page 86: Details Of The Manufacturer
Progressive distributors Control and monitoring devices This document is provided solely to give you analysis tools and data to assist your use of our product. Product performance is affected by many factors beyond the control of Groeneveld-BEKA. Groeneveld-BEKA products are sold subject to Groeneveld-BEKA terms and conditions of sale, which include our limited warranty and remedy. You can find these at www.groeneveld-beka.com/ legal. Technical data is subject to changes without prior notification. Please consult with your Groeneveld-BEKA engineer for more information and assistance.Every reasonable effort has been...
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