KIPPZONEN CMP Total Radiation Meter

NegotiableUpdate on 04/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The KIPPZONEN CMP total radiation meter transfers radiation energy to its radiation energy, and the black receiver surface converts it into thermal energy through absorption. The special black coating has an absorption coefficient close to 1 throughout the entire spectral range. This thermal energy causes a measurable increase in temperature. The surface of the receiver where the thermoelectric sensor turns black usually meets the standard orientation requirements for spectra and spectra. The temperature rise is usually determined by measuring the difference between the surface temperature of the receiver and the temperature of the heat sink, such as the outer shell sensor of a contactor.

Product Details

-KIPPZONEN CMP Total Radiation Meterworking principle：

The total solar radiation meter transfers radiation energy to its radiation energy, and the black receiver surface converts it into thermal energy through absorption. The special black coating has an absorption coefficient close to 1 throughout the entire spectral range. This thermal energy causes a measurable increase in temperature. The surface of the receiver where the thermoelectric sensor turns black usually meets the standard orientation requirements for spectra and spectra. The temperature rise is usually determined by measuring the difference between the surface temperature of the receiver and the temperature of the heat sink, such as the outer shell sensor of a contactor.

-Application industry:

Applied to meteorological and climate networks in various regions

Provide reliable measurement results for site selection and capacity prediction of solar power plants

KIPPZONEN CMP Total Radiation MeterInstrument features:

Our CMP series solar radiation meters are renowned for their high quality, durability, and accuracy. This instrument does not require power input and is suitable for use in remote sites or on-site research with limited power supply. Each total solar radiation meter is equipped with a separate calibration coefficient/sensitivity. However, the signal output voltage is very low, usually around 10mV under clear weather conditions. To measure an irradiance of 1W/m2, a data logger with an accuracy higher than 10mV is required. This usually means that a meteorological data logger needs to be used. Industrial type analog inputs generally have insufficient sensitivity, in which case the SMP series is used. CMP3 and CMP10 both have built-in desiccants that can be used continuously for at least 10 years, aiming to reduce maintenance costs. Other CMP product selections also have automatic indication desiccants, which are placed in easily accessible drying boxes. The drying box should be checked once a month and the desiccant should be replaced if necessary.

Technical Specifications
Specifications	CMP3	CMP6	CMP10 and CMP11	CMP21	CMP22
ISO 9060:1990 standard classification	Secondary standard	First level standard	Sub benchmark	Sub benchmark	Sub benchmark
sensitivity	5 ~ 20V/W/m	5 ~ 20V/W/m	7 ~ 14V/W/m	7 ~ 14V/W/m	7 ~ 14V/W/m
impedance	20 ~ 200Q	20 ~ 200Q	10 ~ 100Q	10 ~ 100Q	10 ~ 100Q
Expected output range (0~1500 W/m)	0 ~ 30mV	0 ~ 30mV	0 ~ 20mV	0 ~ 20mV	0 ~ 20mV
Measurable irradiance	2000 W/m	2000 W/m	4000 W/m	4000 W/m	4000 W/m
Response time (63%)	< 6s	< 6s	< 1.7s	< 1.7s	< 1.7s
Response time (95%)	< 18s	< 18s	< 5s	< 5s	< 5s
Spectral range (20% points)	285 ~ 3000nm	270 ~ 3000nm	270 ~ 3000nm	270 ~ 3000nm	210 ~ 3600nm
Spectral range (50% point)	300 ~ 2800nm	285 ~ 2800nm	285 ~ 2800nm	285 ~ 2800nm	250 ~ 2500nm
Zero offset (without ventilation)
(a) Thermal radiation (at 200 W/m)	< 15 W/m	< 10 W/m	< 7 W/m	< 7 W/m	< 3 W/m
(b) Temperature variation (5 K/h)	< 5 W/m	< 4 W/m	< 2 W/m	< 2 W/m	< 1 W/m
Instability (change/year)	< 1%	< 1%	< 0.5%	< 0.5%	< 0.5%
Nonlinear (100~1000 W/m)	< 1.5%	< 1%	< 0.2%	< 0.2%	< 0.2%
Directional response (up to 80 °, 1000 W/m beam)	< 20 W/m	< 15 W/m	< 10 W/m	< 10 W/m	< 5 W/m
Spectral selectivity (350~1500 nm)	< 3%	< 3%	< 3%	< 3%	< 3%
Tilt response (0 ° to 90 °~1000 W/m)	< 1%	< 1%	< 0.2%	< 0.2%	< 0.2%
temperature response	< 5% (-10°C ~ +40°C)	< 4% (-10°C ~ +40°C)	< 1% (-10°C ~ +40°C)	< 1% (-20°C ~ +50°C)	< 0.5 % (-20°C ~ +50°C)
perspective	180°	180°	180°	180°	180°
Accuracy of bubble level	< 0.2°	< 0.1°	< 0.1°	< 0.1°	< 0.1°
Temperature sensor output				10k Thermistor (optional Pt-101)	10k Thermistor (optional Pt-101)
detector type	Thermoelectric stack	Thermoelectric stack	Thermoelectric stack	Thermoelectric stack	Thermoelectric stack
Working and storage temperature range	-40°C ~ +80°C	-40°C ~ +80°C	-40°C ~ +80°C	-40°C ~ +80°C	-40°C ~ +80°C
humidity range	0 ~ 100%	0 ~ 100%	0 ~ 100%	0 ~ 100%	0 ~ 100%
MTBF (Mean Time Between Failures)	>10 years	>10 years	>10 years	>10 years	>10 years
Entrance Protection (IP) Level	67	67	67	67	67
Uncertainty of on-site total solar radiation table	Calculate using Suncertainty App	Calculate using Suncertainty App	Calculate using Suncertainty App	Calculate using Suncertainty App	Calculate using Suncertainty App
*Purpose:	An economical solution suitable for routine measurement and field testing at meteorological stations	Suitable for measurement in hydrological networks and greenhouse climate control	Meteorological observation network, site selection and operation monitoring of solar power plants, testing of photovoltaic panels, collectors, and various materials	Suitable for meteorological networks and benchmark radiation measurements under conditions such as climate, polar climate, or drought	Suitable for scientific research that requires high precision and reliability