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This product comes with a 3-year warranty. The UT343A is a high-precision paint thickness gauge capable of measuring paint thickness on ferrous (ferromagnetic) and non-ferrous (paramagnetic and diamagnetic) metals. Electrically non-conductive or conductive coatings on ferromagnetic metals, such as steel, can be measured through galvanised or electromagnetic steel (e.g. galvanised or electro-galvanised steel). induction (the instrument setting symbol is Fe), which measures the paint thickness based on the amount of magnetic flux flowing from the sensor through the non-ferromagnetic paint onto the ferromagnetic substrate. You can measure the thickness of non-conductive paints on non-magnetic metallic materials, such as aluminium or copper, using the Eddy current measurement method (instrument setting symbol NFe). The principle involves measuring the differences in eddy currents generated by the instrument in a non-magnetic metallic substrate. This device features high-precision, non-destructive paint thickness measurement, single-point and multi-point averaging algorithms, and rapid measurement. Automatic detection of substrate type, wide thickness measurement range from 0 to 1850 μm, automatic conversion of units from μm to mils. Ability to store up to 199 measurement groups in memory. Simple multi-point calibration using the included calibrated samples. Widely used in metal production and processing, aviation, marine engineering, rail transport, scientific research, quality control and non-destructive testing in the automotive industry and other industries in laboratories, workshops and outdoor areas. Product parameters: Paint measurement range from 170 μm thickness - Measurement accuracy: ± (3% of the measured value + 1 μm) - resolution: 0.1 μm - operating modes: automatic substrate detection, Fe, NFe - Measurement type: single or continuous - statistical measurement: MAX / MIN /-> automatic setting of screen value average values on screen -> limits: yes, in the range 0 to 1750 μm, including indication of limit exceedance - built-in memory: yes, for 199 measurement groups - Switchable buzzer: yes Technical parameters: - measurement frequency: - 5 seconds ref. sensor for electromagnetic induction and eddy currents - Paint thickness measurement range: 0 to 1750 μm - measurement accuracy: ± (3% of the measured value + 1 μm) - resolution: 0.1 μm - Probe contact force: 0.3 to 1.5 N - Data display type: automatic switch-off - Yes, after 5 minutes of inactivity - impact resistance: the device withstands a fall from 1 metre - power supply: 2 x AAA alkaline batteries - Standby power consumption: ≤ 5 µA - current consumption in operation: ≤80mA, at warning ± 3 V -3. 0.2 V, the battery symbol will start flashing - operating environment: 0 °C to 40 °C, ≤80% relative humidity - Storage environment: -20 °C to 60 °C, ≤80% relative humidity - Dimensions: 117 x 53 x 37 mm weight: including 11g certification: CE, UKCA Contents of each pack: - UT343A device: 1 pc - Sensor cover: 1 pc - Standard sheets with calibrated paint thicknesses: 1 set (5 pcs) - Iron calibration base: 1 pc - Non-ferrous substrate: 1 pc - 1 pc. AAA alkaline battery: 2 pcs - user manual: 1 pc

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The UT-Z005 is a macro lens designed for use with the UNI-T UTi720M/UTi721M smartphone thermal cameras.It is an ideal addition to thermal cameras that can locate small electrical components that are overheating and helps to quickly identify fault locations when performing circuit load and temperature analysis. The macro lens attaches easily to the thermal camera. The lens can be removed just as easily if you wish to use the camera without the macro lens.

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This product comes with a 3-year warranty. The LM570LD-II cross-line laser level is designed for interior construction work – levelling floors, wall panelling, painting, assembling furniture, etc. The device features two green lasers with a radiant power of 2 x 20mW and is suitable for large, well-lit spaces. It can be mounted on a tripod and operated in manual or automatic mode, in which case it can project a horizontal plane in three seconds. Product specifications: - two laser beams perpendicular to each other- laser wavelength 520 nm- beam width is automatically set at 4 mm- manual - mode- can be mounted on a tripod- up to 4 hours of battery life Technical specifications: - laser type: green LD- laser power: 20mW- laser class: II- laser wavelength: ± 52 nm- nm- 2- laser beam width: <4 mm / 10 m (at 80–100 lux indoors)- working distance: 10 m (at 30–100 lux indoors)- horizontal/vertical accuracy: ≤ ± 3 mm at a distance of 10 m- horizontal/vertical levelling angle: ≥ 120°; time: 3s- automatic levelling range: 3° ± 1°- operating temperature: -10 °C to +40 °C- storage temperature: -20 °C to +70 °C- Power supply: 2 x 1.5V AA (LR6) alkaline batteries- operating time- - Dimensions: 85.5 x 62 x 90.3 mm- Weight: 0.24 kg ± 5% Contents of individual package: - LM570LD-II cross laser: 1 pc- 1.5V AA alkaline batteries (LR6): 2 pcs:- Device case: 1 pc: 2 pcs. 1 pc Wholesale packaging: - standard quantity per box: 20 pcs- standard box dimensions: 420 x 320 x 350 mm- total box weight: 10.71 kg Manufacturer:https://www.uni/-trend

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GX Touch: Optimised for Professionals The GX Touch is now optimised not only for compliance with professional standards, but also for ease of installation. The screen is simply secured with screws to the top of the dashboard, eliminating the need for precise cut-outs (as is the case with the Color Control GX) and connects via a single cable, avoiding the hassle of multiple cables. GX Touch 70: Companion for Cerbo GX The GX Touch 70 is the ideal partner for the Cerbo GX, giving you total control over the system wherever you are, thereby maximising its performance. All you need to do is connect via our Victron Remote Management (VRM) portal or directly using the GX Touch 70, an MFD or the VictronConnect app, thanks to the built-in Bluetooth functionality. This latest addition to the GX range brings together the best connectivity solutions, redefining smart power in any situation. Product details: Depth: 1.3 cm Connection: HDMI Weight: 0.4 kg Height: 18.6 cm Width: 12 cm

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The SUN‑XL20‑B is the dedicated hub for Deye’s SUN‑XL02‑B series of photovoltaic optimisers, essential for enabling individual panel monitoring, rapid shutdown and full communication with the Deye Cloud platform. It works in conjunction with the SUN‑XL02‑B optimisers, enabling data transmission via photovoltaic cables (PLC), without the need for additional communication cables. ⚠️ Without this concentrator, the SUN‑XL02‑B optimisers cannot transmit data to the inverter or the cloud, and the rapid shutdown function is not active. Technical specifications Compatible model: SUN‑XL02‑B DC operating voltage: 12–15 V Maximum input current: 20 A Number of series connections: up to 4 strings of optimisers Compatible system: 1000/1500 V DC Operating temperature: –40°C to +65°C Protection rating: IP68 – excellent protection against water and dust Connectors: MC4 or compatible Communication: Power Line Communication (PLC) Weight: 1600 g Dimensions: 229×109×38 mm Certifications: CE Benefits ✅ Comprehensive monitoring: enables the transmission of performance data from each optimiser to the inverter and the Deye Cloud platform. ✅ Enhanced safety: enables the Rapid Shutdown function in the event of an emergency, in accordance with safety requirements. ✅ Simplified installation: communication takes place via existing PV cables – no additional cables required. Recommendation If you are using SUN‑XL02‑B optimisers, this concentrator is required to benefit from advanced monitoring and safety functions. One SUN‑XL20‑B concentrator is recommended for every 4 strings of optimisers. Download the technical data sheet

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The SUN‑XL02‑B is a smart photovoltaic optimiser designed to improve the performance and efficiency of photovoltaic systems. This advanced device optimises each individual photovoltaic module and enables real-time monitoring of their operation, allowing for the prompt detection of issues and rapid troubleshooting.To enable communication with the inverter and the Deye Cloud platform, additional equipment is required: the SUN‑XL20‑B concentrator. This collects data from the optimisers and transmits it to the inverter and the cloud. Technical Specifications Maximum input/output power (DC): 700W Maximum input/output current (DC): 15A Maximum conversion efficiency: 99.5% MPPT voltage range: 12–80V Maximum input/output voltage (DC): 80V Operating temperature: –40℃ to +85℃ Protection rating: IP68 – excellent dust and water resistance Dimensions: 105×105×22 mm Weight: 660g Connector: MC4 or compatible Cables: 4.0mm² – 70cm input / 100cm output (customisable) Advantages Enhanced energy efficiency: Module-level MPPT technology maximises the output of each panel. Individual monitoring: Allows real-time monitoring of each module (using the SUN‑XL20‑B concentrator). High durability: Robust housing, IP68 protection – ideal for harsh environments. Simple installation: Compatible with MC4 connectors, pre-configured cables, compact design. Installation Installation: Connects directly to the photovoltaic panel using MC4 connectors. Mount behind the panel or in a protected but ventilated area. Efficiency: MPPT technology on each module allows for a 5–25% increase in energy production depending on conditions. Communication: The SUN‑XL02‑B uses PLC communication (via the photovoltaic cables). ⚠️ The SUN‑XL20‑B concentrator is required for this communication to be transmitted to the inverter and Deye Cloud . Without this additional device, the data remains only locally and cannot be monitored on the platform or in the inverter. ✅ Maximum input/output power (DC): 700W ✅ Maximum input/output current (DC): 15A ✅ Maximum conversion efficiency: 99.5% ✅ MPPT voltage range: 12–80V ✅ Maximum input/output voltage (DC): 80V ✅ Operating temperature range: -40℃ to +85℃ ✅ Ingress protection (IP): IP68 ✅ Connector: MC4 or MC4-compatible Download the technical data sheet

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The ESCT-T36 current transformer is a split-core type current transformer, designed for the accurate measurement of current in electricity monitoring applications. It is compatible with Eastron smart meters and DEYE inverters, ensuring easy integration into measurement and monitoring systems. The ESCT-T36 series is available for currents between 100A and 600A at a 5A output. T36 refers to the 36 mm internal diameter of the hole through which the conductor passes through the coil. Key features Construction type: split-core (open-core) for quick installation without interrupting the circuit. Rated primary current: 100A AC. Secondary current: 5A AC. Internal conductor passage diameter: 36 mm (T36). Insulation: Class B, resistant to temperatures up to 130°C. Accuracy: Class 0.5 (IEC 61869-2). Core material: high-permeability ferromagnetic alloy. Connectors: screw terminals for output cables. Operational advantages Easy installation in confined spaces thanks to the compact design. Reliable and stable current measurement for industrial and photovoltaic applications. Ideal for integration into three-phase monitoring systems with compatible smart meters.

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The ESCT-T36 current transformer is a split-core type current transformer, designed for the precise measurement of current in electricity monitoring applications. It is compatible with Eastron smart meters and DEYE inverters, ensuring easy integration into measurement and monitoring systems. The ESCT-T36 series is available for currents between 100A and 600A at a 5A output. T36 refers to the 36 mm internal diameter of the hole through which the conductor passes through the coil. Key features Construction type: split-core (open-core) for quick installation without interrupting the circuit. Rated primary current: 200A AC. Secondary current: 5A AC. Internal conductor passage diameter: 36 mm (T36). Insulation: Class B, resistant to temperatures up to 130°C. Accuracy: Class 0.5 (IEC 61869-2). Core material: high-permeability ferromagnetic alloy. Connectors: screw terminals for output cables. Operational advantages Easy installation in confined spaces thanks to the compact design. Reliable and stable current measurement for industrial and photovoltaic applications. Ideal for integration into three-phase monitoring systems with compatible smart meters.

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This IP65 protection panel offers a comprehensive and reliable solution for managing and protecting photovoltaic panel strings, ensuring both energy efficiency and operational safety in outdoor environments. General Features: Protection Rating: IP65, ensuring superior resistance to dust and water, ideal for use in demanding outdoor environments. Compatibility: Allows the connection of three strings of photovoltaic panels. Maximum Voltage: Supports a voltage of up to 1000V. Maximum Current: Can handle a current of up to 16A. Components and Features: Fuse Holders: Role: Protects the circuit by interrupting it in the event of an overload or short circuit. Accessibility: Easy to access for replacing fuses when necessary. Mechanical Disconnector: Function: Allows the circuit to be completely isolated for maintenance or safe intervention. Design: Robust, with an easy-to-use operating mechanism, ensuring quick and safe disconnection. SPD (Surge Protection Device): Purpose: Protects equipment against transient overvoltages, such as those caused by lightning or voltage fluctuations. Performance: High efficiency in dissipating surge energy, preventing damage to sensitive electronic components. Design and Installation: Housing: Manufactured from durable, UV-resistant materials, maintaining structural integrity and long-term performance in varied weather conditions. Installation: Easy to mount on walls or other support structures, with fixing accessories included. Accessibility: Ergonomic design for easy access to all internal components, simplifying maintenance and inspection operations. Safety and Compliance: Certifications: Complies with international safety and performance standards for outdoor electrical equipment. Protection: All components are designed and tested to ensure optimum protection against surges, short circuits and other electrical hazards.

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The SUN‑XL02‑A is a photovoltaic optimiser designed to improve the performance and efficiency of photovoltaic systems. This model optimises energy production at the module level, ensuring efficient operation even in conditions of partial shading or differences in panel orientation.⚠️ Important: The SUN‑XL02‑A does not offer communication functions and does not allow monitoring via the inverter or the Deye Cloud platform. The SUN‑XL02‑B model is required for these functions . Technical specifications Maximum input/output power (DC): 700W Maximum input/output current (DC): 15A Maximum conversion efficiency: 99.5% MPPT voltage range: 12–80V Maximum input/output voltage (DC): 80V Operating temperature: -40℃ to +85℃ Protection rating: IP68 – water and dust resistant Dimensions: 105×105×20 mm Weight: 500g Connector: MC4 or compatible Cables: 4.0mm² – 70 cm input / 100 cm output (customisable) Advantages Enhanced energy efficiency: optimises energy production at module level, with a potential gain of 5% to 25% under shading or different orientation conditions. High reliability: robust construction with IP68 protection, ideal for harsh weather conditions. Wide compatibility: easy to integrate into existing photovoltaic systems, thanks to MC4 connectors and compact dimensions. How to use Installation: Connects to the photovoltaic panel via MC4 connectors. Mount directly behind the panel or in a protected but ventilated area. Performance: Module-level MPPT technology maximises the energy yield of each individual panel. Communication ⚠️ Please note: This model, SUN‑XL02‑A, does not support communication with Deye inverters and does not offer monitoring via the Deye Cloud platform.If you want real-time monitoring and smart communication, we recommend the SUN‑XL02‑B model, which is equipped with these features. ✅ Maximum input/output power (DC): 700W ✅ Maximum input/output current (DC): 15A ✅ Maximum conversion efficiency: 99.5% ✅ MPPT voltage range: 12–80V ✅ Maximum input/output voltage (DC): 80V ✅ Operating temperature range: -40℃ to +85℃ ✅ Ingress protection (IP): IP68 ✅ Connector: MC4 or MC4-compatible Download the technical data sheet Download manual

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The Solis DLS-W WiFi module is designed to provide an affordable option for monitoring Solis inverters via the internet. This device, also known as a ‘monitoring stick’, is quick to install and allows local and remote monitoring of energy production and inverter status via a WiFi connection. Users can easily view data and other information online, requiring one stick for each Solis inverter they wish to monitor. To install, you need to download the SolisCloud app onto your mobile phone. The setup process involves connecting the WiFi module to the green COM port located at the bottom of the inverter and securing it by tightening the black connector. It is recommended that you first connect your phone to the home network you wish to use for the WiFi logger, to check that you have the correct WiFi password and that the signal is strong enough at the inverter’s location. If the signal is weak, it is recommended that you install a WiFi extender to improve signal quality. It is important to note that the DLS-W module only supports 2.4 GHz WiFi signals and may encounter problems if the router password is incorrect, if the router signal is weak, if there is a firewall blocking data, or if the WiFi logger’s firmware is out of date.

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The UNILIVING HYBRID S smart system allows you to maximise energy savings by choosing to use the heat pump or the boiler, or both at the same time, depending on the outside temperature and their respective efficiency levels. The hybrid system is managed by the hybrid control unit. The system allows for the production of domestic hot water and the heating of rooms at minimum and maximum temperatures. The new UNISPLIT_HS, by utilising inverter technology alongside brushless DC motors, ensures high overall energy efficiency, both in terms of reducing the specific consumption of each motor and its high modulation capacity. The widespread use of these technologies across all components ensures improved COP and EER, and a substantial increase in efficiency at partial loads (ESEER). Outdoor air temperature 7°C, 85% RH; EWT 30°C, LWT 35°C Outdoor air temperature 7°C, 85% R.H.; EWT 40°C, LWT 45°C Outdoor air temperature 35° DB; EWT 23°, LWT 18° Outdoor air temperature 35° DB; EWT 12°, LWT 7° Seasonal energy efficiency class for space heating tested under average climatic conditions. Noise level tested under average climatic conditions Heating: outdoor air temperature 7° DB, 6° WB; EWT 47°, LWT 55°; Cooling: outdoor air temperature 35° DB, 24° WB; EWT 12°, LWT 7°.

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