Monitoring analyzer PFNK6-1Q5D9-121 KILO NET D6 PQ WEB LOG

for electrical networksAC energy networkfor networks

Overview
Power quality energy analyzer and data manager of the Kilo family, model PFNK6-1Q7D9-0MM. DIN-rail device (6 modules) designed for power quality analysis and field data management.

Features

• Power quality analysis (EN 50160, EN 61000-4-30)
• Accuracy class 0.5S
• Single harmonics up to the 51st order
• Perennial battery-powered astronomical clock/calendar and non-volatile memory
• Remote firmware update
• RJ45 and RS485 (slave) ports
• Graphic LCD display
• 2 digital inputs (DI) and 2 digital outputs (DO) with separate common
• 2 calibration LEDs
• ExpBus for external devices (I/O, environmental sensors)
• NFC equipped
• Power supply 85 ÷ 265 Vac
• Compliance: EN 50470-1 and EN 50470-3

Product table (content present on the product page)
Product title: KILO RJ45 D6 PQ 85÷265V 2DI 2DO 4COMMON ENERGY ANALYZER & DATA MANAGER
Product code: PFNK6-1Q7D9-0MM
Product image: displayed on the product page

Note
Kilo family devices may be supplied in other hardware configurations. To build the code for different versions, refer to the code creation table or to the product datasheet (documents available for the Kilo D6 / Kilo 96 family).

Compatible current transformers

• • Split series current transformers
  • Mini split series current transformers

Technical specifications

• Model family: Kilo series (Kilo D6 variant)
• Power quality standards: EN 50160, EN 61000-4-30
• Accuracy class: 0.5S
• Harmonics: single harmonics up to the 51st order
• Clock/memory: perennial battery-powered astronomical clock/calendar and non-volatile memory
• Firmware: remote firmware update supported
• Communications: RJ45 and RS485 slave ports; NFC equipped
• Display: graphic LCD
• Digital I/O: 2 DI and 2 DO with separate common
• Indicators: 2 calibration LEDs
• Expansion: ExpBus for external devices (I/O, environmental sensors)
• Mounting/size: DIN rail, 6 modules
• Power supply: 85 ÷ 265 Vac
• Compliance: EN 50470-1 and EN 50470-3