ELSYS Keyring Programmer (EKP-V2) - BLE szenzor konfiguráló eszköz

The ELSYS Keyring Programmer (EKP-V2) is a compact, portable configuration tool designed for programming and configuring ELSYS BLE sensors. With its keyring form factor, it offers convenience and ease of use for field technicians and system integrators. The device utilizes NFC (Near Field Communication) technology to wirelessly configure sensor parameters such as Sensor ID, Advertising Interval, Measurement Interval, Sensor Type, and Feature Enable/Disable. It supports ELSYS ERS, ELT, and EMS series sensors. Powered via Micro-USB, the programmer also allows for firmware updates through a Windows PC using the ELSYS Configuration Tool. The multi-color LED status indicator provides clear feedback during operation. Housed in durable ABS plastic, the EKP-V2 is built for reliability in various environments.

Advantages

Portable keyring design for easy carrying; quick and contactless NFC configuration; supports multiple ELSYS sensor series; field-upgradeable firmware; clear LED status indication.

Suitable for

• Configuring ELSYS BLE sensors in IoT and building automation systems
• Field service technicians and installers
• System integrators requiring a portable programming tool

Key specifications

• Device Type: BLE Sensor Configuration Tool
• Primary Interface: NFC (ISO/IEC 14443 Type A/B)
• Supported Sensors: ELSYS ERS, ELT, EMS series
• Power Source: USB (Micro-USB)
• Connectivity: USB for power and firmware updates
• Indicators: Multi-color LED
• Form Factor: Keyring / Pocket-sized
• Operating Temperature: -20°C to +60°C
• Storage Temperature: -30°C to +80°C
• Housing Material: Durable ABS Plastic
• Color: Black
• Compatibility: Windows PC for firmware updates
• Included Accessories: USB Cable (Micro-USB to USB-A)
• Certifications: CE, FCC, RoHS

Recommendations

For optimal performance, use the ELSYS Configuration Tool software on a Windows PC to update firmware and manage sensor settings. Ensure the programmer is fully charged via USB before field use.