Open Source
used licensesError Codes
- 0.00.0.0.007, 0.00.0.0.008
- 2.00.0.1.020
- 0.00.0.0.013
- 0.04.0.0.002
- 0.04.0.0.003
- 0.04.0.0.004
- 0.03.0.0.003
- 0.00.0.1.017
- 0.00.0.0.005, 0.00.0.0.006
- 1.01.0.0.003, 1.01.0.0.004
- 1.00.0.1.035, 1.00.0.1.036
- 1.00.0.1.037, 1.00.0.1.038
- 4.00.0.1.009, 4.00.0.1.010
- 4.00.0.0.014, 4.00.0.0.015
- 1.00.0.1.043, 1.00.0.1.044
- 1.00.0.1.041, 1.00.0.1.042
- 1.01.0.0.011, 1.01.0.0.012
- 1.00.0.1.045, 1.00.0.1.046
- 1.00.0.1.047, 1.00.0.1.048
0.00.0.0.007, 0.00.0.0.008
Uncertain temperature measurement. Too large a difference between the main sensor and the safety sensor.
An error is generated if the difference between the sensors is:
- greater than 5°C with the doors closed,
- greater than 20°C with the doors open (a difference of 20°C is still acceptable for 60 seconds after the doors are closed).
Starting from Pol-Eko MRW 1.83 and VWR MRW 1.7619 versions and higher, the conditions have changed. An error is generated if the program is turned on and the difference between the sensors is:
- greater than 10°C with the doors closed,
- greater than 20°C with the doors open (a difference of 20°C is still acceptable for 20 minutes after the doors are closed).
| One of the sensors is in contact with the insert in the device - this causes a distortion of the reading by the sensor. | Increase the distance of the insert from the sensors. |
| The arrangement of the insert in the chamber causes limited airflow. One of the sensors is obscured by the insert. | Change the arrangement of the insert in the chamber, paying particular attention to the free airflow around the temperature sensors. Refer to the instruction manual, section "Notes on Insert Placement." |
| Unstable environmental conditions, e.g., drafts. | Ensure stable environmental conditions. |
| The installation location of the device is not compliant with the instructions. | Familiarize yourself with the requirements regarding the "Installation Location of the Device" provided in the instructions. |
| One of the measurement paths is damaged. | Contact with service. |
2.00.0.1.020
| If the situation occurred during the segment change, there may have been a temporary internal communication disruption within the device. | If the situation occurred once, it can be ignored. If it repeats, contact the service. |
| Applies only to devices equipped with defrosting. | |
| After defrosting, an insert with a high temperature or a large amount of new, uncooled material was placed into the device. After defrosting, the device was unable to lower the temperature. | Do not place high-temperature or large amounts of material directly after defrosting (for about 5 minutes). |
| Despite defrosting, frost/ice remains on the evaporator of the device. After defrosting, the device was unable to lower the temperature. The cause may be environmental conditions, the type of material, or the way it is stored. An incorrectly selected defrost period and duration. | Extend the defrost time and/or shorten the time between defrost cycles. If possible: do not store moist materials, reduce moisture emission in the chamber (e.g., by closing containers). |
| The temperature sensor in the chamber is in contact with the material - this causes a distortion of the sensor's reading. | Increase the distance of the material from the sensors. |
| The arrangement of the material in the chamber is limiting the airflow. One of the sensors is obstructed by the material. | Change the arrangement of the material in the chamber, paying particular attention to the free airflow around the temperature sensors. Refer to the instruction manual, section "Notes on Insert Placement." |
| If the above causes have been excluded and there was a continuous increase in temperature after defrosting, the cause may be a failure of the cooling system. | Contact the service. |
0.00.0.0.013
| There are disturbances in the electrical network to which the device is connected - the voltage frequency is not consistent with the expected 50/60Hz. This may be caused by, for example, connected inverters or generators | Connect the device to a different electrical circuit. Disturbances may cause in the device: - incorrect temperature readings, - improper operation of the chamber fan (if the speed is set to < 100%). |
0.04.0.0.002
|
It is permissible; the osmosis system must be filled with water. With a completely empty osmosis system, this may take about 3 hours. Details in the instruction manual in the section 'Reverse Osmosis System'. |
| Problem with the water supply line to the device. | Check the water supply line to the device:
Details on connecting the installation can be found in the instruction manual in the section 'Reverse Osmosis System.' |
| Problem with the water supply installation to the device | Check the water supply installation to the device:
Details of the installation connection can be found in the instruction manual in the section "Reverse Osmosis System." |
0.04.0.0.003
Applies only to KKS devices. The demineralized water tank in the device has not filled. Water is at the level of the middle float, but it has not appeared at the high float.
The algorithm works as follows: The device aims to fill the demineralized water tank to the level of the upper float. After detecting water at the middle float, the device waits 5 minutes for water to appear at the high float. If it does not appear, the device signals an error.
| Suspended upper float in the lower position, despite reaching the level - in this case, the presence of water in the maximum position will not be signaled. | Please contact the service department |
0.04.0.0.004
Applies only to KKS devices. Minimum water level in the buffer tank.
Water is at the lowest positioned float, but it has not appeared at the middle float.
|
This is acceptable, as the osmosis system needs to fill with water. When the osmosis system is completely empty, this may take approximately 3 hours. For details, refer to the manual in the 'Reverse Osmosis System' section. |
| Problem with the water supply installation to the device | Check the water supply installation to the device:
Details on the installation connection can be found in the manual in the 'Reverse Osmosis System' section. |
0.03.0.0.003
| At least one of the fluorescent lamps has been damaged. |
|
0.00.0.1.017
No physical connection between the Raspberry and MRW.
In such a case, the MRW emits 3 short beeps. |
Replace the cable/ribbon Push the connector firmly into the socket |
| Damaged MRW. | Replace the MRW. |
| No power to the MRW. The indicator light is not lit. | Eliminate the cause of the power failure. |
| Installing the wrong version during the software update. Uploading software from version S to version A or vice versa. | Upload the correct version. |
0.00.0.0.005, 0.00.0.0.006
Protection Sensor Error Start: Security Sensor Error
Start Protection Sensor Error Stop: Security Sensor Stop Error
The security temperature sensor is not measuring the temperature correctly.
| Physical damage to the safety sensor. | Replace the sensor. |
| Disconnection of one or more wires. | Check the connections. |
| Sometimes the sensor may become damaged after exceeding a certain temperature, typically occurring at high temperatures. This issue is relevant for CL, SL, SR, and IL_CO devices during sterilization. After the temperature drops, the sensor may function correctly again. | Replace the sensor. |
1.01.0.0.003, 1.01.0.0.004
| Physical damage to the safety sensor | Replace the sensor. |
| Disconnection of one or more wires. | Check the connections. |
1.00.0.1.035, 1.00.0.1.036
Hi temp. overrange Start: Temperature upper range exceeded Start
Hi temp. overrange Stop: Temperature upper range exceeded Stop
The temperature in the device is above the upper operational range of the device. It may occur in:
- ST, CL, SL, SR, ILC, KK - if it exceeds the upper temperature limit by +10°C, e.g., for CLN, the operational range is from 20 to 100, and the alarm will trigger after exceeding 110°C.
- CHL operational range from 0 to 15, the alarm will trigger after exceeding 40°C (set fixed).
It will not occur in devices that do not have heating capabilities: ZL.
The consequence of the alarm is the disconnection of the upper relay.
In devices configured in the program with a safety class > 1, the safety mechanism should activate first and disconnect the upper relay.
In devices with a safety class of 1, this may be useful as it will disconnect the upper relay.
The presence of such an event in the log indicates that the temperature in the device was outside the range.
| Malfunction causing unexpected heating, such as continuous voltage supply to the heating element outputs. | Eliminate the cause. |
| In CHL or ST (with a range up to 40°C), it may indicate an attempt to operate the device in an environment with a temperature above 40°C. | Move the device to an area with appropriate environmental conditions. |
| Damaged temperature sensor. The sensor indicates an incorrect temperature outside the range. | Replace the sensor. |
1.00.0.1.037, 1.00.0.1.038
Lo temp. overrange Start: Lower temperature range exceeded Start
Lo temp. overrange Stop: Lower temperature range exceeded Stop
The temperature in the device is below the lower operational range of the device.
- ZL, CHL, ST, KK - if it falls below the lower temperature limit by -10°C, e.g., for ST, the operational range is from 3 to 40, and the alarm will trigger after falling below -7°C.
It will not occur in devices that do not have a cooling system: CL, SL, SR, ILC.
The consequence of the alarm is the disconnection of the lower relay.
In devices configured in the program with a safety class of 3.2 or 3.3, the safety mechanism should activate first and disconnect the lower relay.
In devices with a safety class of 1, this may be useful as it will disconnect the lower relay.
The presence of such an event in the log indicates that the temperature in the device was outside the range.
| Malfunction causing unexpected cooling, such as continuous voltage supply to the compressor output. | Eliminate the cause. |
| It may indicate an attempt to operate the device in an environment with very low temperatures. | Move the device to an area with appropriate environmental conditions. |
| Damaged temperature sensor. The sensor indicates an incorrect temperature outside the range. | Replace the sensor. |
4.00.0.1.009, 4.00.0.1.010
Set temperature monitor.
The device does not reach the set temperature.
| Unclosed doors. | Ensure that the doors are tightly closed. |
| Large mass of the insert. | This is acceptable; a large mass of the insert causes an extended time to reach the set temperature. It is necessary to monitor for a longer period to see if the device reaches the desired temperature. |
| Improper placement of the insert. | Change the placement of the insert in the chamber. Refer to the manual in the section 'Notes on Insert Placement.' |
| Improper environmental conditions. | Move the device to an area with appropriate environmental conditions. Refer to the manual in the section 'Before First Startup.' |
4.00.0.0.014, 4.00.0.0.015
Occurs in devices with double doors. Heating mat error for the doors.
This error is not critical for the operation of the device. If it occurs, condensation may appear on one of the doors. If the amount of condensation on the doors is significant, please contact service.
| Damage to the sensor or heating mat. | Contact the service department. |
1.00.0.1.043, 1.00.0.1.044
Applies only to ZLN_UT devices. Condenser temperature exceeded.
Ignoring this error may cause the condenser to overheat and, consequently, the cooling system to shut down.
| Improper environmental conditions. | Move the device to an area with appropriate environmental conditions. Refer to the manual in the section 'Before First Startup.' |
| The condenser has not been cleaned. | Clean the condenser. Refer to the manual in the section 'Cleaning the Interior.' |
| If the above causes have been ruled out. | Contact the service department. |
1.00.0.1.041, 1.00.0.1.042
Applies only to ZLN_UT devices. Condenser overheating.
This error occurs after ignoring the error about exceeding the condenser temperature. The occurrence of this error causes the cooling system to shut down and the temperature inside the device to rise. Once the condenser temperature returns to an acceptable level, the cooling system will resume operation.
| Improper environmental conditions. | Move the device to an area with appropriate environmental conditions. Refer to the manual in the section 'Before First Startup.' |
| The condenser has not been cleaned. | Clean the condenser. Refer to the manual in the section 'Cleaning the Interior.' |
| If the above causes have been ruled out. | Contact the service department. |
1.01.0.0.011, 1.01.0.0.012
Occurs in KKP type devices. T4 sensor error.
The occurrence of this error causes the humidification system to shut down, which may result in decreased humidity inside the device.
| Disconnection of one or more wires, damaged temperature sensor. | Contact the service department. |
1.00.0.1.045, 1.00.0.1.046
Applies only to ZLN_UT devices. Pressure switch S1.
The occurrence of this error causes the cooling system to shut down.
| The condenser has not been cleaned. | Clean the condenser. Refer to the manual in the section 'Cleaning the Interior.' |
| If the above cause has been ruled out. | Contact the service department. |
1.00.0.1.047, 1.00.0.1.048
Applies only to ZLN_UT devices. Pressure switch S2.
The occurrence of this error causes the cooling system to shut down. Please contact service.
| This applies only to ZLN_UT devices. | |
| Presostat S2 | The occurrence of this error causes the cooling system to shut down. Please contact the service department. |
Used Open Source Licenses
In our SMART / SMART PRO device drivers, the following components have been used:
Licenses URL:
| Komponent | Licencja |
|---|---|
| Apache 2.0 | http://www.apache.org/licenses/LICENSE-2.0 |
| BSD-2-Clause | https://jdbc.postgresql.org/about/license.html |
| BSD 3-Clause | https://opensource.org/licenses/bsd-license.php |
| MIT | https://github.com/mockito/mockito/blob/release/3.x/LICENSE |
| GNU LGPL | http://www.gnu.org/licenses/lgpl.txt |
| GNU LGPL 3 | http://www.gnu.org/licenses/lgpl-3.0.txt |
| CDDL/GPLv2+CE | https://javaee.github.io/javamail/LICENSE |
| Mozilla Public License 2.0 (MPL 2.0) (MPL-2.0) | https://www.mozilla.org/en-US/MPL/2.0/ |
| OSI Approved (Eclipse Public License v2.0 / Eclipse Distribution License v1.0) | https://www.eclipse.org/legal/epl-2.0/ |
| GPL2 | https://openjdk.org/legal/gplv2+ce.html |
| PostgreSQL License | https://opensource.org/licenses/postgresql |