Class B pyranometer SR100-D1
ModbusRS-485digital

Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 2
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 3
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 4
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 5
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 6
Class B pyranometer - SR100-D1 - Hukx - Modbus / RS-485 / digital - image - 7
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Characteristics

IEC 61724-1
class B
Output signal
RS-485, Modbus
Options
ISO 9060, spectrally flat, digital

Description

spectrally flat Class B pyranometer remote diagnostics: internal humidity with isolated RS-485 to reduce system complexity integrated surge protection Industrial series Class B pyranometer Hukx introduces “industrial-grade” solar radiation monitoring! The all-digital Class A model SR100-D1 is engineered to measure solar radiation with best-in-class reliability and measurement accuracy. The Class B pyranometer of choice main applications: PV system performance monitoring and meteorology built-in surge protection: engineered to withstand extreme conditions at PV power plants; upgradable to 4 kV with optional SPD01 Surge Protection Device flexible integration: RS-485 galvanic isolation guarantees reliable operation and allows flexibility for system designers electromagnetic compatibility (EMC): meets IEC 61326-1 Industrial Equipment requirements. Rated for Industrial Electromagnetic Environments local safety codes: enables system designers to comply with local safety regulations fewer external components: designed to minimize integration costs lowest cost of total ownership: supported by a worldwide calibration organization to minimize downtime and reduce operations & maintenance (O&M) costs Industrial-grade, high-accuracy and reliable SR100-D1 may look like its predecessor, but in many ways, it is an entirely new instrument. We built upon the measurement capabilities of the earlier pyranometer model SR15, and tailored the sensor to its most common applications in PV system performance monitoring systems and meteorological stations.

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