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A technological innovation, Hy-Carbon Connect offers new functionality allowing a personalised and even more efficient service. The Hy-Carbon connect machine can diagnose the state of the engine and de-scale it by using hydrogen injection. This innovation helps reduce the risk of breakdowns, reduces pollution and fuel consumption. The Hy-Carbon Connect independently analyses the clogging status of the engine’s sensitive parts, thanks to algorithms developed by FlexFuel®. Following the diagnostic, Hy-Carbon Connect performs custom cleaning and sets sensitive parts in motion throughout the treatment, thereby restoring their original mobility. After the cleaning, Hy-Carbon Connect produces a before & after report for the vehicle, which is sent to the driver. De-scaling is the solution that can reduce fuel consumption by up to 15%, reduce pollutants emissions by 50% and reduce the risk of a breakdown.

If mobile phone reception is poor and there is a landline connection available, the automatic telephone dialler is a reliable alternative to fault message transmission by text message. Any fault messages are forwarded to different pre-programmed phone numbers. Product features For forwarding fault messages via the landline. Integrated microphone and control loudspeaker Voice messages to any number of recipients Digital message to one or more alarm receiving systems Remote query, remote control depending on device type Messages to pager or as text message depending on device type

Simple to use, fast and efficient, the Hy-Carbon 1000S station removes all carbon residues from the engine. It is designed to automatically control the flow of hydrogen and clean the engine without disassembling the mechanical parts. The Hy-Carbon 1000S is particularly effective on the top end of the engine but also cleans pistons, injectors, valves, DPF, spark plugs and EGR valves. The Hy-Carbon 1000S features EGR Pilot technology to control the EGR valve during the cleaning process. This control optimises the efficiency of the descaling process and allows for optimised remedial work. The Hy-Carbon 1000S machine reduces pollution, gives the engine a second life and eliminates most of the black smoke released by your engine due to poor combustion. It is the solution for cleaning your engine and restoring its original performance.

The Hy-Calamine 3000S hydrogen engine descaling station is the best solution for cleaning the engines of light vehicles, vans, trucks and buses. It is easy to use, fast and efficient, and has an automatic hydrogen flow management function. It cleans the engine without disassembling mechanical parts, while cleaning pistons, injectors, valves, DPF, spark plugs and EGR valves with its EGR Pilot kit.

The Hy-Carbon 2000S - EGR Pilot is a hydrogen injection descaling system used to clean and improve engine performance, while reducing fuel consumption and pollution. Fast and efficient, the Hy-Carbon descaling station is easy to use as it has an automatic hydrogen flow management function. It cleans the engine without dismantling the mechanical parts and eliminates all carbon residues. The Hy-Carbon 2000S also cleans pistons, injectors, valves, DPF, spark plugs and EGR valves with its EGR Pilot kit.

Connects PC and GMH 3xxx device Power supply via PC

For head or field installation Feed via current loop Impedance monitoring

M3 starter package, keypad operation via a cable connection

In the field there is a frequent need to measure sensor readings rapidly and easily right at the sensor and to transfer them directly to a PC without additional amplifiers or converters. The 9206 USB sensor interface can satisfy this requirement admirably, thanks to its „plug & measure“ design. The USB connection means installation could not be simpler. Typical applications: —Mobile test measurements via laptop —Laboratory test set-ups —Instrumentation and control —Diagnostic measurements in the chemical industry —PC-based recording of expansion figures in bio engineering The USB sensor interface takes its supply from the connected PC via the USB port, and uses it to generate the power supply for the sensors. The initial settings and sensor settings are made by burster in-house and saved in the USB sensor interface. These can then be fine-tuned by the customer.

Overpressure and vacuum possible - Different pressure and flow ranges possible - Several measuring ranges possible in one device - Modern operation via 5" touch graphic colour display - Completely remote controllable, optionally via ProfiNet

The xiB cameras stream images to the host computer via 4 lanes on a PCI Express Gen2 bus, boasting an impressive 20 Gbit/s of bandwidth. Together with minimal latencies the CPU load, the PCIe technology is ideal for high resolution CMOS sensors. The cameras are compactly housed in 60 x 60 x 38 mm, can be fully synchronized with their multiple GPIOs and offer an active Canon EF-Mount. All properties are extremely useful in multi-camera applications like 360 panoramas. In situations where multiple camera heads need to be placed in close proximity, system integrators can combine and aggregate the data streams from cameras with various resolutions via additional accessories.

Measurement data via Ethernet For DASIM and SIQUAD systems Recording visualisation editing Export to a variety of formats

S3 starter package, push-button operation via a cable connection or wireless RF connection.

Driver for DASYLab Integration of DASIM/SIQUAD Parameterisation via DaSoft Version available for DASYLab 2016

The iBird® Pro Gold Edition can be networked with a smartphone, tablet or PC via an app! The app is available for Android and iOs devices. It can be connected to three devices at the same time. With a setting force of 20,000 N and the well-proven brushless motor, the iBird® Pro Gold Edition is powerful and fast when setting blind rivets up to Ø 6.4 mm in any material. The optional Autoreverse function additionally shortens the pulling process, ensuring the iBird® Pro is immediately ready for operation. The iBird® Pro Gold Edition is extremely simple to connect thanks to the QR code located on your tool. Simply scan the QR code with the GESIPA® app and the iBird® Pro Gold Edition will automatically connect to your device. The optional setting process assistant from GESIPA® helps operators to adjust the setting process and evaluate riveting processes. More details on delivery limits will be answered in a specific enquiry (details are only exemplary)!

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Yes Garanti