Name: KQS-ZSYT Fully Automatic Direct-Diffuse Integrated Radiation Monitoring Instrument with High Accuracy Dual Tracking Global Applicability and Multiple Communication Options
Brand: Xi'an Kacise Optronics Co.,Ltd.
SKU: KQS-ZSYT
Price: 5,000.00 USD
Availability: InStock

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KQS-ZSYT Fully Automatic Direct-Diffuse Integrated Radiation Monitoring Instrument with High Accuracy Dual Tracking Global Applicability and Multiple Communication Options

Lieu d'origine:

Chine

Nom de marque:

KunQuan

Certification:

Numéro de modèle:

KQS-ZSYT

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KQS-ZSYT Fully Automatic Direct-Diffuse Integrated Radiation Monitoring Instrument with High Accuracy Dual Tracking Global Applicability and Multiple Communication Options

Détails du produit

Exactitude de cheminement:

Actif <0,1°, Passif <0,5°

Capacité de charge utile:

17 kg

Indice de protection:

IP66

Alimentation:

DC 9 à 30 V

Communication:

RS485 + 4G/Bluetooth en option

Gamme d'exploitation:

Latitude 60°S à 60°N

Conditions de paiement et d'expédition

Quantité de commande min

1 pièces

Détails d'emballage

Chaque unité a une boîte individuelle et toutes les boîtes sont emballées dans des packages standard

Délai de livraison

5-8 jours ouvrables

Conditions de paiement

LC, D/A, D/P, T/T, Western Union, MoneyGram

Capacité d'approvisionnement

1000 pièces/pièces par semaine négociable

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Description du produit

KQS-ZSYT Fully Automatic Direct–Diffuse Integrated Radiation Monitoring Instrument

Product Introduction

The KQS-ZSYT fully automatic direct-diffuse integrated radiation monitoring instrument is a comprehensive, all-weather, unattended system designed for continuous measurement of direct solar radiation, diffuse radiation, and global (total) solar radiation.

The system adopts an advanced dual tracking mechanism: a four-quadrant optical tracking system and a GPS-based solar trajectory tracking system. The high-precision four-quadrant optical tracking automatically compensates for installation errors, significantly reducing installation requirements. The GPS solar trajectory algorithm enables accurate sun-position tracking under cloudy or overcast conditions.

The device can be equipped with various types of solar radiation sensors. It offers stable performance, strong payload capacity, and excellent environmental adaptability, allowing reliable operation under extreme climatic conditions. It is widely used in photovoltaic environmental monitoring, solar radiation observation, agricultural and forestry research, and related fields.

Product Features

Global applicability: Suitable for use worldwide between 60°S and 60°N latitude, unaffected by geographic location.
High accuracy dual tracking system:
- Active tracking (four-quadrant optical tracking): accuracy < 0.1°
- Passive tracking (GPS solar trajectory calculation): accuracy < 0.5°
Multiple communication options: Standard RS485 communication; optional 4G and Bluetooth communication for flexible deployment.
Easy installation: Simple setup, no external transmitter required; radiation data is processed and directly readable by users.
High reliability: All-weather operation with high stability, resistance to extreme temperatures, and no need for manual intervention.

Technical Parameters

Automatic Solar Tracker Parameters

Parameter	Specification	Description
Drive principle	Gear reduction transmission
Motor type	Permanent magnet synchronous motor
Tracking mode	Active mode / Passive mode	Uses four-quadrant optical tracking to align with the sun when sunlight is available / Uses GPS-based solar trajectory calculation (solar elevation + azimuth) under no-sunlight conditions
Pointing accuracy	< 0.1° (active tracking) / < 0.5° (GPS tracking)
Angular speed	Max 4.5°/s
Rotation range	Horizontal: 0-350°; Vertical: 0-120°
GPS method	Time synchronization + solar position calculation	Computes solar elevation and azimuth
Torque	12 Nm
Payload capacity	17 kg
Communication	Standard RS485	Optional 4G and Bluetooth
Protection rating	IP66
Power supply	DC 9-30V	Extended cables require higher power supply
Operating environment	-20°C to +55°C (standard version); -40°C to +55°C (low-temperature version); Humidity: 0-85% RH
Dimensions	174(W) × 174(D) × 284(H) mm
Weight	6.3 kg	May vary depending on configuration

Direct Solar Radiation Sensor Parameters

Parameter	Specification	Description
Classification	First-class instrument
Spectral range	0.28-3 μm
Measuring range	0-2000 W/m²
Field of view	5°
Output signal	0-20 mV
Response time	< 15 s
Sensitivity	≥ 7 μV/W*m⁻²
Zero offset	±4 W/m²	Response under 5K/h temperature change
Annual stability	±1%/year
Temperature response	±2%	Relative to 20°C, range -10°C to 40°C
Non-linearity	±0.5%	200-1000 W/m²
Tilt response	±0.5%	0°-90°
Insulation resistance	≥1 MΩ
Operating environment	-40°C to 85°C; 0-100% RH
Weight	1 kg	Excluding cable
Dimensions	Cylinder: Ø56 mm × 287.5 mm
Standards	GB/T 33706-2017; GB/T 37468-2019

Diffuse Radiation Sensor Parameters

Parameter	Specification	Description
Spectral range	0.3-1 μm
Measuring range	0-1500 W/m²
Output signal	RS485
Response time	< 5 s
Sensitivity	≥ 7 μV/W*m⁻²
Accuracy	±5%
Cosine response	< ±10%	At solar elevation angle 10°
Non-linearity	< ±5%
Annual stability	< ±5%/year
Operating environment	-40°C to 60°C; 0-100% RH
Weight	420 g
Power consumption	0.48 W
Standards	GB/T 19565-2017; GB/T 33704-2017

Global Solar Radiation Sensor Parameters

Parameter	Specification	Description
Spectral range	0.3-1 μm
Measuring range	0-1500 W/m²
Output signal	RS485
Response time	< 5 s
Sensitivity	≥ 7 μV/W*m⁻²
Accuracy	±5%
Cosine response	< ±10%	At solar elevation angle 10°
Non-linearity	< ±5%
Annual stability	< ±5%/year
Operating environment	-40°C to 85°C; 0-100% RH
Weight	420 g
Power consumption	0.48 W
Standards	GB/T 19565-2017; GB/T 33704-2017

Dimensions

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