Pro battery - Import export

The Lascar 2/3 AA Battery 3.6V is a special battery for high temperatures. With the Lascar 2/3 AA Battery 3.6V you are assured of a reliable and durable power supply for your EL-USB-1-PRO logger, even at high temperatures. The Lascar 2/3 AA Battery 3.6V is a special battery for high temperatures. With the Lascar 2/3 AA Battery 3.6V you are assured of a reliable and durable power supply for your EL-USB-1-PRO logger, even at high temperatures.

ELECTRICAL LIFTERS FPRX with single column and fully electric (lifting and handling) The indicated price includes 1 24V/70Ah battery and relative battery charger The FPRX elevators are very high quality elevators, available with lifting from mm. 810 or 1525, and with capacity up to 1000 Kg. The FPRX models can be ordered in the following versions: - Standard starter car batteries (lead-acid) - Gel battery (guarantee longer life and longer recharge cycles) - PRO version with GEL battery (proportional control of the forks, ergonomic tiller) - PRO version with Li-ION battery (Meets all storage needs) WARNING: all forklifts are tested one by one, before being packed and shipped, in a professional way and are complete with CE certification.

Working range: Blind rivets up to Ø6.4 mm of all materials /except high strength blind rivets) and BULB-TITE® blind rivets up to Ø7.7 mm of all materials. (max. mandrel Ø 4.3 mm). Technical data: • Radio connection: WiFi 2.4/5.0 GHz and Bluetooth • setting force: 15.000 N • Weight: approx. 2.5 kg incl. battery (2.0 Ah) • Drive: Brushless motor (BLDC) • Device stroke: 25 mm Scope of delivery: • Mouthpieces: 17/32, 17/36, 17/40 and 17/45 Customer benefits: • Safe process due to setting process monitoring • Force/displacement diagram • Optionally up to 3 evaluation windows (WinTech) • Optional pressure monitoring possible • Complete documentation of the process (database) • Status and errors available in the network for maintenance purposes • Quality control takes place during production • Brushless motor, therefore extremely fast and almost wear-free • Flexible use

The brushless motor and 10,000 N of force make the AccuBird® Pro extremely fast for installing blind rivets up to 5 mm in diameter, in any material and up to 6 mm in diameter aluminium. The BLDC motor of the AccuBird® Pro has an extremely long service life and is virtually non-wearing. Compared to commercially available battery-powered tools, riveting can be done up to 4x faster making it comparable with hydropneumatic blind riveting tools. The optional autoreverse function additionally shortens the pulling process, ensuring the AccuBird® Pro is immediately ready for operation. The AccuBird® Pro is also equipped with the low-wear jaws system, which has already proven its worth a thousand times over. You can now get the AccuBird® Pro with the new CAS battery - one battery to operate more than 180 cordless devices! More details on delivery limits will be answered in a specific enquiry (details are only exemplary)!

With the brushless motor and 13,000 N setting force, the AccuBird Pro is extremely fast and sets blind rivets up to 6 mm diameter of all materials. The BLDC motor of the AccuBird Pro is extremely durable and almost wear-free. The optional autoreverse function additionally shortens the pulling process and the AccuBird Pro is ready to work again immediately. The AccuBird Pro is also equipped with the low-wear chuck jaw system that has already proven itself thousands of times over. The pressure release ensures that the components to be riveted lie reliably on top of each other without a gap before the riveting process. Furthermore, it is ensured that the blind rivet reaches its final position in the bore before the setting process and that the setting head is in contact. The pressure force can be variably adjusted by springs, depending on the application. In addition, you can now get the AccuBird® Pro with the new CAS battery - one battery for operating more than 180 cordless tools!

Known as Industry 4.0, M2M or the Internet of Things, these concepts refer to intelligent and digitally networked systems in the production industry. The aim is to ensure that production is as self-organised as possible. GESIPA® has developed the iBird® Pro with this in mind. The iBird® Pro is a networked battery-powered setting tool that can be connected to smartphones and tablets using WiFi or Bluetooth via a free GESIPA® app. This networking provides a number of additional benefits such as the monitoring of riveting processes, processing safety, status and service indicators, as well as quick and simple access to operating, maintenance and repair instructions – ultimately resulting in optimisation of the value chain. Advantages: — For smartphone, tablet — Easy pairing of the device with the app via QR code — Data always and everywhere available — Andonring for visualising the riveting processes — Setting process assistant optionally available as premium software

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 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 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 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 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 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

Xiaomi Redmi Note 9 Pro BN54 Rovimex Battery Battery Capacity: 5020mAh 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