Frequently asked questions

The SiMPER system consists of devices that provide full functionality for managing and monitoring various functions in your vehicle. Here they are: 

1. The SiMPER TOUCH controller is a device with a 5, 7, or 10-inch intuitive touch panel that allows easy operation and management of vehicle functions. It enables you to control aspects such as lighting or heating. 

2. The SiMPER BOX bus hub is equipped with input and output circuits, allowing individual customisation of the system to user needs. Its interface connectors, located on the sides of the casing, facilitate installation and service. 

3. The SiMPER POWER IO module is an advanced device used to manage electronic functions of a camper, such as lighting, heating, and monitoring the status of batteries and water levels. It extends the functionality of the SiMPER BOX bus hub, adding more control and monitoring options. 

4. The SiMPER SHUNT 500A module is designed for continuous monitoring of a single battery, providing key information about its status. This is crucial for maintaining the optimal condition of the battery and ensuring its long life. 

SiMPER system devices are available for purchase in various configurations, allowing you to customise the system to your individual needs and preferences. The basic components of the system, SiMPER TOUCH and SiMPER BOX, provide fundamental functionality, and for those looking for additional configuration and monitoring capabilities, SiMPER POWER IO and SiMPER SHUNT 500A are also available. This flexible approach allows you to configure a vehicle management system that best meets your requirements. 

The SiMPER TOUCH controller is an innovative device designed for comprehensive management of vehicle functions, serving as the heart of the intelligent management system in campers, caravans, and other vehicles. Thanks to the use of advanced technology and an intuitive touch panel in conjunction with a mobile app, this controller offers a range of features that facilitate the daily use of the vehicle. 

Features of the SiMPER TOUCH controller that facilitate vehicle function management: 

1. Real-time device monitoring, 

2. Lighting control, 

3. Monitoring of internal and external temperature, 

4. Readings from liquid/gas level sensors, 

5. Monitoring the battery charge status, 

6. The system offers additional options, allowing for its expansion and customisation to individual user needs, enhancing functionality and comfort of use. 

Thanks to these advantages, the SiMPER TOUCH controller serves as a central point for managing vehicle functions, offering simplicity of operation and flexibility in adapting the system to personal preferences and user requirements. 

The SiMPER BOX hub is a versatile device that plays a crucial role in advanced electronic systems, especially in caravan applications. It acts as a communication and control centre, integrating data from various modules and sensors, making it an essential component in the management and monitoring of vehicle functions. 

Here are the main functions offered by the SiMPER BOX hub: 

1. It collects and processes data from peripheral modules and sensors, enabling central management of information from various sources; 

2. It allows for reading temperature from two digital sensors, enabling monitoring of the internal and external conditions of the vehicle; 

3. It uses voltage output sensors or resistive float sensors to monitor fluid levels in tanks, which is crucial for managing water resources; 

4. It has four digital outputs with a load capacity of up to 200 mA per channel, allowing for control of various devices such as pumps or fans; 

5. It offers four digital outputs for controlling lighting, with the ability to adjust its intensity, allowing for customisation of lighting to user needs; 

6. It enables wireless data visualisation from peripheral devices, facilitating system monitoring and management; 

7. It allows for communication between SiMPER system devices, ensuring smooth data exchange and integration of functions throughout the system. 

Thanks to these features, the SiMPER BOX hub is an extremely important element in camping vehicle management systems, offering a wide range of configuration and monitoring possibilities that ensure comfort and safety during travel. 

The SiMPER SHUNT 500A is an advanced device designed for continuous monitoring of a single battery, which is essential for anyone relying on a reliable power source in their vehicle or system. With precise measurement and analysis of key battery parameters, SiMPER SHUNT 500A provides users with valuable information that helps in more effective energy management, increasing safety, and extending battery life. 

Here are the benefits of using SiMPER SHUNT 500A: 

1. It allows for assessment of the power supply status, which is crucial for monitoring the condition of the battery and ensuring its optimal operation; 

2. Thanks to the recording of measured current, the user can track how much energy the battery consumes, which assists in managing energy use and identifying potential problems; 

3. Monitoring the temperature inside the device is key for the safety and performance of the battery, preventing overheating and potential damage; 

4. By measuring external temperature, it allows for observation of environmental conditions affecting the battery, which is important for maintaining optimal working conditions; 

5. It enables users to better plan battery operation, understanding how long it can provide energy under specific conditions; 

6. It informs about the charge status, allowing for maximization of battery life and efficiency, ensuring proper charging and usage. 

Additionally, the device is equipped with a DIP switch for configuring the device address on the network, which facilitates easy identification by the control system. Thanks to these features, the SiMPER SHUNT 500A is an indispensable part of the energy management system. 

The SiMPER POWER IO module is a key electronic component, designed to provide precise control and dynamic adjustment of various electrical functions in a camper. Its versatile capabilities make it an essential tool for anyone who values effective management of vehicle systems, ensuring comfort and safety during travel. Here are the main functions and benefits of using the SiMPER POWER IO module: 

1. The module enables regulation and power supply to high-energy-consuming devices such as lighting, heating systems, air conditioning, and even kitchen appliances. This allows users to adjust the conditions inside the camper to their own needs and preferences, in terms of both temperature and lighting; 

2. SiMPER POWER IO continuously monitors the operating parameters of batteries, including their state of charge, which is crucial for ensuring power continuity and extending battery life; 

3. With the ability to connect a water sensor (resistive or capacitive), this module allows for monitoring the levels of clean and grey water, enabling efficient management of water resources in the camper; 

4. The module allows for the reception of data from external digital devices or sensors and network communication with other devices or modules in the camper, ensuring integration and smooth cooperation between system components; 

5. It offers the ability to adjust power outputs and control external power, which allows for optimisation of energy consumption and ensures a higher level of safety; 

6. Thanks to the DIP switch, this module can be easily configured and integrated with the system, providing clear identification of the device on the network. 

With these advanced features, the SiMPER POWER IO module is a vital extension to the SiMPER BOX bus hub, adding additional control and monitoring capabilities, making it a key element for anyone seeking an advanced and efficient management system in their camper. 

Before the first startup of the SiMPER system, it is essential to undertake several key steps to ensure proper installation and operation of the system. Here are the recommended actions that will help in preparing for the system startup: 

1. Ensure that the packaging contains all the items listed in the content table for each device. Missing any components may prevent proper installation or operation of the system. 

2. Gather the necessary tools for assembling the system and connecting cables and sensors. Recommended tools include: 

• a set of screwdrivers (Phillips PH2 and flat 3 mm), 
• pliers for cutting and manipulating cables, 

• a digital multimeter, 
• insulating tape and cable ties, 
• crimp sleeves and ring terminals, 
• a wire stripper, 
• a cable crimper. 

CAUTION! Devices should be installed in locations with controlled temperature and humidity, away from direct sunlight, rain, and extreme weather conditions. If necessary, apply additional protections, such as protective enclosures, especially in areas prone to dust or moisture. 

3. Ensure you have access to the required ports and connectors for connecting devices. Proper connection is crucial for communication between system components. 

4. The installation site should be well-lit to facilitate the assembly and configuration of devices. 

5. The SiMPER TOUCH controller must be connected to the Wi-Fi network to enable communication with the SiMPER BOX bus hub. Check the availability and strength of the Wi-Fi signal at the controller’s installation location.  

Before proceeding with the direct installation, it is also worthwhile to familiarize yourself with the connection, startup, and checking instructions of the SiMPER system included in the user manual. Carefully following these guidelines will help avoid errors and ensure smooth system operation. 

Connecting and configuring the SiMPER system requires precise procedures to ensure smooth and effective management of camper functions. Here are the general configuration details: 

1. Upon connecting the power supply, configure the wireless connection in the SiMPER TOUCH device to the SiMPER BOX. This is necessary to ensure communication between these devices and enable easy monitoring from any location in the camper. 

2. SiMPER BOX communicates with the SiMPER SHUNT 500A module, dedicated to continuous monitoring of a single battery, through the CAN1 bus. This allows for obtaining key information about the battery’s status. 

3. Batteries should be connected directly to the SiMPER SHUNT 500A module using the +12V BAT (+) connectors and the common ground connector (-). This enables the module to precisely track the state and performance of the batteries. 

4. SiMPER BOX serves as the central control point, coordinating the operation of peripheral devices, such as lighting. Lighting control is now also possible through the additional SiMPER POWER IO module, which allows for adjusting power up to 9A per channel. 

5. SiMPER BOX integrates signals from temperature sensors, monitoring the internal and external conditions of the vehicle. Monitoring of liquid/gas levels in tanks is performed by liquid/gas level sensors, now connected to the SiMPER POWER IO module (marked as WS1 and WS2), ensuring accurate tracking of resources. 

6. Carefully analyse the connection diagram of all SiMPER system devices, presenting the integrated operation of SiMPER TOUCH, SiMPER BOX, SiMPER SHUNT 500A, and SiMPER POWER IO. This diagram illustrates how the components cooperate to ensure comprehensive management of camper functions. 

Adhering to these steps not only ensures proper installation and configuration of the system but also enhances the functionality and comfort of using the camper. Thanks to effective communication and coordination between devices, the SiMPER system offers comprehensive management of all key vehicle functions. 

Connecting liquid or gas level sensors to the SiMPER BOX requires precise procedures to ensure accurate monitoring of resources in the camper. The connection process varies depending on the type of sensor—whether it is a voltage output sensor or a resistive sensor. Here are the detailed guidelines: 

For voltage output sensors: 

1. WS1G terminal (level sensor 1 power (-)) – connect the brown wire, which serves as the negative power supply for the sensor. 

2. WS1S terminal (level sensor 1 signal) – connect the green wire, which is the signal wire transmitting information about the liquid/gas level in the tank to the module. 

3. WS1V terminal (level sensor 1 power (+)) – connect the white wire, serving as the positive power supply for the sensor. 

For resistive sensors: 

1. WS1G terminal (level sensor 1 power (-)) – connect the blue wire, which is the negative power supply for the sensor. 

2. WS1S terminal (level sensor 1 signal) – connect the black wire, which is the signal wire of the sensor, transmitting information about the liquid/gas level in the tank. 

The procedure for connecting a second tank is analogous to the above described. 

After properly connecting the sensor to the tank and the SiMPER BOX, the system is capable of reading the level of liquid/gas. Resistive sensors change their resistance depending on the level of liquid/gas, which the SiMPER BOX reads and converts into information available to the user through the app. 

It is important that during the connection of sensors, the wires are connected to the appropriate terminals according to their purpose and labelling. Adhering to these guidelines ensures the proper functioning of the liquid/gas level monitoring system and provides accurate information about the state of resources in the camper. 

Connecting power to the SiMPER BOX bus hub is a crucial stage of installation that ensures its correct operation and reliability. To guarantee that this process is conducted properly, follow these steps: 

1. Ensure you have access to the SiMPER BOX as well as all necessary cables and connectors. 

2. Before beginning installation, ensure that the SiMPER BOX is disconnected from the power source to prevent accidental electric shock or damage to the device. 

3. Prepare the appropriate tools needed for installation, including a screwdriver, wire stripper, and cable crimper. 

4. Locate the power connector on the SiMPER BOX marked as PWR. 

5. Use a power cable with the recommended cross-section of 2.5 mm² to connect the SiMPER BOX to the power source. The device supports a voltage range of 9-36V. 

6. Ensure that the connection is solid and secure. Carefully check that the wires are not loose or susceptible to accidental disconnection. 

7. Find the ground connector (GND) on the SiMPER BOX and connect the ground wire to it, and the other end of this wire to a suitable grounding point in the vehicle. 

8. Carefully check that all wires are correctly connected and secured. Properly made connections will ensure the stable operation of the system. 

9. After connecting and checking all wires, switch on the power to the SiMPER BOX and verify that the device is properly powered. 

10. Check if all connections are functioning correctly and if the SiMPER BOX is communicating with the other elements of the system. 

Adhering to these steps will ensure a trouble-free installation and reliable operation of the SiMPER BOX, which is crucial for effective management of functions in the camper. 

Connecting the SiMPER TOUCH controller, a key element of the vehicle function management system, requires following a few simple steps. This procedure will ensure not only the proper operation of the controller but also its safety and reliability. Here’s how to do it: 

1. Find a location in the vehicle that is easily accessible from the driver’s or passenger’s position and is protected from adverse external factors such as moisture or excessive sunlight. The appropriate placement of the controller is crucial for its ergonomic use and protection from damage. 

2. Connect one end of the power cable to the DC IN input on the SiMPER TOUCH controller. Ensure that you are using a compatible cable and providing power within the required voltage range of 9-36 V, which is vital for ensuring the stability of the controller’s operation. 

3. Connect the other end of the power cable to the power source in the vehicle. Pay special attention to ensure that the power supply voltage is within the required range. Incorrect voltage can lead to damage to the controller. 

4. After properly connecting the power cable, turn on the power. The SiMPER TOUCH controller should start automatically, which is a signal that the connection has been made correctly. 

5. The touch screen of the controller should display options and tools for managing vehicle functions. This allows for immediate use of the capabilities offered by the SiMPER TOUCH controller, including managing lighting, temperature, or monitoring the battery status. 

By following these steps, you will ensure that the SiMPER TOUCH controller is properly connected and ready to use, which is fundamental for effective management of vehicle functions and ensuring comfort and safety during travel. 

Connecting the SiMPER POWER IO module is a crucial step that ensures its proper operation and reliability in the vehicle function management system. Here are detailed instructions on how to safely and effectively perform this task: 

1. Ensure you have access to the SiMPER POWER IO module and all necessary cables and connectors. Also, prepare tools such as a screwdriver, wire stripper, crimp sleeves, and a cable crimper. 

2. Before beginning installation, ensure that the device is disconnected from the power source. This will prevent the risk of electric shock during assembly. 

3. Locate the power input connector on the SiMPER POWER IO module marked as +PWR and the ground connector GND. 

4. Use a power cable with the recommended cross-section (1.0 mm² for +PWR and 4.0 mm² for POWER+) to connect the PWR+ connector on the SiMPER POWER IO to the positive power terminal. The power supply voltage should be within the range of 9-36V. 

5. Connect the GND connector on the SiMPER POWER IO to an appropriate ground point in the vehicle to ensure system stability. 

6. Ensure that all connections are tight and correctly made. Additionally, protect them from moisture and vibrations, which will ensure long-lasting and trouble-free operation. 

7. After completing the installation, turn on the power and check if the SiMPER POWER IO module and connected loads are functioning correctly. 

Following these guidelines will ensure that the SiMPER POWER IO module is properly powered and ready to work, which is essential for effective management and control of various functions in your vehicle. 

Connecting the SiMPER SHUNT 500A module, dedicated to the continuous monitoring of a single battery, is a crucial element of the installation to ensure its proper functioning and reliability. Here is a guide on how to perform this task safely and effectively: 

1. Ensure that you have access to the SiMPER SHUNT 500A module and the necessary cables and connectors. Choosing the right materials is the first step to success. 

2. Prepare the appropriate tools for the job, including a screwdriver, wire stripper, and cable crimper. Working with the right tools will make the installation easier and ensure its safety. 

3. Before starting, make sure that the SiMPER SHUNT 500A module is disconnected from the power source. This will prevent the risk of electric shock. 

4. Locate the BAT+ and GND connectors on the SiMPER SHUNT 500A module. Knowing the exact location of these connectors is crucial for proper connection. 

5. Use a power cable with a cross-section of 1.0 mm² to connect BAT+ on the SiMPER SHUNT 500A to the positive power terminal. Remember that the voltage range should be 9-36V. 

6. Connect the GND on the SiMPER SHUNT 500A to the negative terminal of the power source or to an appropriate ground point in the vehicle or system. The wire gauge should be chosen according to the current flowing through the module. 

7. Ensure that all connections are well secured and insulated. This will prevent accidental short circuits and ensure the reliability of the system. 

8. After connecting the power, carefully check all connections and test the SiMPER SHUNT 500A module. Make sure that it is operating correctly and flawlessly. 

By following these guidelines, you can safely and effectively connect the SiMPER SHUNT 500A module to the power system, providing essential information about the battery’s status and its efficient monitoring. 

Connecting the SiMPER SHUNT 500A module to the SiMPER BOX bus hub is a crucial step in configuring the vehicle function management system. To ensure proper communication and operation of both devices, follow these steps: 

1. Ensure you have access to the SiMPER SHUNT 500A module, the SiMPER BOX hub, and all necessary cables and tools for installation. 

2. Turn off the power to the devices to provide a safe working environment during installation. This important step helps to avoid the risk of electric shock. 

3. Acquire the required tools, such as a screwdriver and cable crimper. Preparing the right tools will facilitate the installation process. 

4. Locate the CANH and CANL connectors on both devices. These connectors are necessary to create a CAN bus connection, which allows communication between the devices. 

5. Use a CAN cable to connect the CANH connector on the SiMPER SHUNT 500A (CAN1H) to the CANH on the SiMPER BOX and similarly connect CANL from CAN1L. Ensure that the connections match the markings on both devices. 

6. Carefully check that all connections are secure and correctly made. A solid connection is key to ensuring the reliability of the system. 

7. After completing the connections and verifying their correctness, restore power and test the operation of the connection between the SiMPER SHUNT 500A module and the SiMPER BOX hub. Ensure that the communication between the devices is functioning properly. 

By following these guidelines, you will ensure that the SiMPER SHUNT 500A module is correctly connected to the SiMPER BOX hub, which is essential for effective monitoring and management of the vehicle’s electrical system. 

Connecting the SiMPER POWER IO module to the SiMPER BOX bus hub is an essential step in setting up an advanced vehicle function management system. The following steps will ensure proper installation and operation of the system: 

1. Before starting, ensure that you have access to both the SiMPER POWER IO module and the SiMPER BOX hub. 

2. Always disconnect the power before beginning the installation to ensure a safe working environment. 

3. Prepare all necessary tools, including a screwdriver and a cable crimper. Also, ensure you have the appropriate CAN cables for connecting the devices. 

4. Locate the CAN bus connectors on the SiMPER POWER IO module, labelled as CANH and CANL. 

5. Use CAN cables to connect the CANH and CANL connectors on the SiMPER POWER IO to the corresponding CAN1H and CAN1L connectors on the SiMPER BOX. This is crucial for ensuring communication between the devices. 

6. Once connected, ensure that all connections are solid and well secured. Properly securing the connections guarantees the stability and reliability of the system. 

7. After completing the connections and securing all of them, reconnect the power and test the system to ensure that the SiMPER POWER IO module and the SiMPER BOX hub are communicating correctly. 

By following these steps, you ensure the correct connection of the SiMPER POWER IO module to the SiMPER BOX hub, which is fundamental for effective vehicle function management, thereby increasing its functionality and ease of use. 

Setting up the WiFi connection between the SiMPER BOX and the SiMPER TOUCH controller is a key element that enables wireless communication and management of vehicle functions. Here are the steps to effectively establish this connection: 

1. Ensure that the SiMPER BOX bus hub is turned on and functioning correctly. This first step ensures that the device is ready to connect. 

2. On the SiMPER TOUCH controller, go to settings and select the Wi-Fi connection option. This section allows you to search for available Wi-Fi networks. 

3. Browse the list of available Wi-Fi networks and find the network name corresponding to your SiMPER BOX. The network name (SSID) should be unique to the device, which will make it easier to identify. 

4. If connecting to the Wi-Fi network requires a password, enter it in the appropriate field. The password ensures the security of the connection and protects against unauthorised access. 

5. After entering the password and confirming your selection, the SiMPER TOUCH controller should automatically connect to the SiMPER BOX via Wi-Fi. This connection allows for wireless management of vehicle functions and access to real-time information. 

Ensuring that the connection is correctly configured is crucial for smooth and effective communication between the devices, significantly affecting the comfort and safety of using the vehicle management system. 

Connecting sensors to the SiMPER BOX bus hub is a crucial process that enables effective monitoring of various parameters in the vehicle, such as liquid/gas levels and temperature. Below, you will find detailed instructions on how to correctly perform this task: 

A. Preparing tools and sensors: 

1. Ensure that you have access to the SiMPER BOX and the appropriate liquid/gas level and temperature sensors. 

2. Before beginning, disconnect the SiMPER BOX from the power source. 

3. Prepare the necessary cables and tools for connecting the sensors, such as a screwdriver and a cable crimper. 

B. Connecting level sensors: 

• For level 1 sensor (e.g., clean water): 

1. Locate the WS1G, WS1S, and WS1V connectors on the SiMPER BOX. 

2. Connect the sensor’s negative power supply (brown wire) to WS1G. 

3. Connect the sensor’s signal wire (green wire) to WS1S. 

4. Connect the sensor’s positive power supply (white wire) to WS1V. 

• For level 2 sensor (e.g., grey water): proceed similarly using the WS2G, WS2S, and WS2V connectors on the SiMPER BOX. 

C. Connecting temperature sensors: 

1. Locate the TSG, TSD, and TSV connectors on the SiMPER BOX. 

2. Connect the common negative power supply of the temperature sensors (black wire) to TSG. 

3. Connect the data from the temperature sensors (yellow wire) to TSD. 

4. Connect the common positive power supply of the temperature sensors (red wire) to TSV. 

D. Checking and testing the connections: 

1. After connecting all sensors, thoroughly check that all cables are properly connected and secured. 

2. Turn on the SiMPER BOX and SiMPER TOUCH to check if the sensors are correctly recognized and transmitting data. 

E. Troubleshooting: 

1. If there are issues with sensor readings, carefully check all connections. 

2. If the problem persists, refer back to the user manual or contact customer service. 

F. Calibrating sensor settings: 

1. Calibrate the sensor settings on the SiMPER TOUCH to ensure their optimal performance in the application. 

2. By following these guidelines, you ensure that the sensors are properly connected to the SiMPER BOX, which is essential for effective monitoring and management of vehicle functions.