Mps3000 Series Pulse Radar Level Meter Mps3600

• Customization: Available
• Type: Silicon Piezoresistive Type
• Structure Design: Input Type
• Model NO.: MPS3600
• Pressure Range: High Pressure
• Display Type: Decile Calibration
• Accuracy Grade: 0.5G
• IP Rating: IP65
• Certification: CE
• Customized: Customized
• Measuring Medium: Liquid
• Type.: Guided Wave Radar Level
• Measurement Range: 0-50m
• Transport Package: Wooden
• Trademark: Highpeak
• Origin: China
• HS Code: 9026100000
• Production Capacity: 100000peices/Years

Product Description

Function and measurement system
measuring principle
The MPS3000 series pulse radar level meters are "overhead" measurement systems based on the time-of-flight principle. This instrument measures by emitting a 1mW micro-power microwave pulse from the radar antenna (for example, a 26G frequency radar, which sends a △t-1nS pulse with a 26GHz sine wave signal). The pulse travels through space at the speed of light and reaches the surface of the medium being measured. Part of its energy is reflected back and received by the same antenna. The time interval between the emitted and received pulses is proportional to the distance from the antenna to the surface of the medium.

import
The antenna receives microwave pulse signals reflected from the material surface and transmits them to the electronic component. The microprocessor processes the signal, identifying the echo generated by the microwave pulse on the material surface. Accurate echo signal recognition is completed by intelligent software, with precision reaching the millimeter level. The measurement distance D is proportional to the time travel t of the pulse:
D=c*t/2-- where c is the speed of light
According to the known empty tank value E, the level L is:
The reference point of the empty tank value E in L=E-D-- is shown in the figure above

output
According to the field conditions, the instrument can automatically adapt to the measurement environment by inputting the empty tank height (zero point), full tank height (full scale) and setting the application parameters.
The 4-20mA output is calibrated according to the user's range setting. Communication can be carried out through HART protocol.

Overview of the instrument
 
 

Instrument type	MPS3300	MPS3600	MPS3700
apply	Strong corrosive complex working condition liquid measurement	Bulk, granular and powdered solid measurement
range ability	20m	35m	70m
procedure linkage	flange	flange
Process temperature	-40ºC~150ºC	-40ºC~400ºC
Process pressure	-1~16 kgf/cm2	-1~40 kgf/cm2
certainty of measurement	Take the larger value of 3mm or 0.1%	Take the larger value of 3mm or 0.1%
Instrument blind spot	End of sensor	End of sensor
signal frequency	26GHz	26GHz
signal output	Output signal: 4~20 mA HART	Output signal: 4~20 mA HART
source	24VDC, 4-20mA, HART, two-wire 24VDC, 4-20mA, HART, four-wire 220VAC, 4-20mA, HART, four-wire	24VDC, 4-20mA, HART, two-wire 24VDC, 4-20mA, HART, four-wire 220VAC, 4-20mA, HART, four-wire

 

Application industry
· Petrochemical industry (oil field, petrochemical, oil production plant, refinery, chemical plant, coking plant, etc.)
Measurement media-crude oil, light oil, natural gas, methanol, ethanol, ammonia water, benzene, polyphenylene, ester, water vapor, liquid carbon dioxide, liquid nitrogen · Power industry (power plants, etc.)
Measurement media-raw coal bin, pulverized coal bin, fly ash bin, chemical water · Metallurgical industry (steel plant, etc.)
Measuring media-limestone, coking coal powder, cold return ore, raw material bin, powder bin, fly ash bin, chemical water · cement industry (cement plant, etc.)
Measuring media-clinker storage, powder storage, raw coal storage, chemical water, etc
 

product superiority
· non-blind area
· High precision, two-wire technology, is the replacement of differential pressure, magnetostrictive, radio frequency conductance, magnetic flip board and other level instruments.
· The measurement results are stable and reliable without the influence of environmental factors such as pressure change, vacuum, temperature change, inert gas, dust and steam. · Dual CPU, stronger hardware processing ability, more intelligent algorithm and more stable system
· Dual-cylinder housing, standard magnetic key, high protection level · Special hand controller, support remote debugging, diagnosis
· Standard surge protector, 4 levels of electromagnetic compatibility
· Suitable for high temperature conditions, up to 150ºC process temperature, when using high temperature extended antenna can reach 350ºC
· The instrument graphic dot matrix LCD supports complex operations such as on-site waveform display and false echo establishment, which reduces the difficulty of instrument operation and maintenance workload.
· The LCD display unit can be connected to 50m (I2C) and 2km (HART) to form the tank side display operation unit. It reduces the risk and labor intensity of daily inspection of instruments in high-risk areas such as large tanks, high temperature, high pressure and toxic substances.
· The instrument sold in China has a Chinese menu preset, which further reduces the difficulty of instrument debugging.


 

Technical features
Technical indicators Working frequency: 26GHz
Measurement range: MPS3100,0~20m MPS3200,0~35m MPS3300,0~20m MPS3600,0~35m MPS3700,0~70m
Repeatability: ±1.5mm resolution: 1mm
Response speed:>1S (depending on the specific use)
Output signal: 4~20 mA HART Accuracy: 3mm or 0.1% for the larger value
Antenna material MPS3100: PTFE or PVDF
MPS3200:316L
MPS3300:316L+PTFE MPS3600:316L
MPS3700:316L
Communication interface HART, communication protocol
Process connection MPS3100: G1.5, G3A, M64X2 threads or flanges are optional
MPS3200: Directly inserted flange
MPS3300: Directly inserted flange
MPS3600: straight plug flange, universal flange MPS3700: straight plug flange, universal flange
Process temperature MPS3100: -40ºC~150ºC MPS3200: -40ºC~400ºC MPS3300: -40ºC~150ºC
MPS3600: -40ºC~400ºC    MPS3700: -40ºC~400ºC
Process pressure MPS3100: -1.0~3 kgf/cm2 MPS3200: -1.0~40 kgf/cm2 MPS3300: -1.0~16 kgf/cm2
MPS3600: -1.0~40 kgf/cm2    MPS3700: -1.0~40 kgf/cm2
Power supply 24VDC two-wire ordinary power supply: 18~36VDC, ripple voltage: 100mV.vp.p maximum current 22.5mA
24VDC two-wire intrinsically safe power supply: 18~28VDC, ripple voltage: 100mV.vp.p maximum current 22.5mA
24VDC two-wire intrinsically safe + explosion-proof power supply: 20~36VDC, ripple voltage: 100mV.vp.p maximum current 22.5mA 24VDC four-wire power supply: 20~72VDC, power consumption: 3W
220VAC four-wire power supply: 90~260VAC, 50/60Hz, power consumption: 3W
Environmental conditions-40ºC~+80ºC
The enclosure protection class is IP67
Safety certification information: Exia  IIC T6/T2 Ga          Explosion-proof: Ex dia [ia Ga]  IIC T6/T2 Gb
Cable entrance M20*1.5 or 1-1/2NPT (cable diameter 9~13mm)


Selection guide

·MPS3300 Horn antenna pulse radar can be widely used in the measurement of strong corrosive and complex working conditions of liquids, slurries and other media in storage containers or process containers according to the different horn aperture, such as: water liquid storage tank, acid and alkali storage, slurry storage tank, etc.1) For class A medium, please choose waveguide (20m).
· The MPS3600 series pulse radar can be widely used for the measurement of solid level in process containers with different antenna opening sizes. For example, block material, powder material, granular material storage tanks, etc.
 

Horn-shaped pulse radar	MPS3600
Typical application conditions	Type of measured medium range (m)
	A	B	C
	-	5	10
	5	8	15
	7	12	20
	10	17	30
	15	20	35

measuring condition
• The measurement range starts from the point where the beam touches the bottom of the tank. Especially when the storage tank is a disc-bottom tank or the tank body adopts a conical discharge port, the level below this point cannot be measured.
• For media with low dielectric constant (Class A and Class B), if the medium is at a low level (entering the right figure C), the bottom of the tank can be seen. Measurement in this range will reduce the measurement accuracy, so it is recommended to set the measurement zero point at the position of C away from the bottom of the tank (as shown in the figure).
• The theoretical measurement range can reach the end of the instrument antenna. Considering the influence of corrosion and adhesion, the distance between the end of the measurement range and the top of the antenna should be at least A (as shown in the figure). In particular, special attention should be paid when condensation occurs.
Minimum measurement range B is related to the selected antenna type (see table below).
The diameter of the tank shall be greater than D (as shown in the table below), and the height of the tank shall be at least H (as shown in the table below).
 

Instrument type	A[mm]	B[m]	C[mm]	D[m]	H[m]
MPS3100	50	>0.2	50~250	>0.2	>0.3
MPS3200	150	>0.2	50~250	>0.2	>0.3
MPS3300	50	>0.2	50~250	>0.2	>0.3
MPS3600Φ200 Sigh	300	>1	50~250	>1	>1.3
MPS3700Φ250 Cough	300	>1	50~250	>1	>1 .3

· Influence of gas phase
When steam is present on the liquid surface, high pressure will slow down the transmission speed of the signal. This effect is related to the type of steam and is particularly prominent in low temperature environment. When the distance between the measurement zero point (flange) and the material surface increases, the measurement error caused by this effect increases. The measurement error caused by this effect is shown in the following table.

gaseous phase	temperature		pressure
	ºC	ºF	1kgf/cm2    (14.5psi)	10kgf/cm2  (145psi)	50kgf/cm2  (725psi)	100kgf/cm2  (1450psi)	160kgf/cm2  (2320psi)
nitrogen	20	68	0.00%	0.22%	1.2%	2.4%	3.89%
	200	392	-0.01%	0.13%	0.74%	1.5%	2.42%
	400	752	-0.02%	0.08%	0.52%	1.1%	1.70%
hydrogen	20	68	-0.01%	0.10%	0.61%	1.2%	2.00%
	200	392	-0.02%	0.05%	0.37%	0.76%	1.23%
	400	752	-0.02%	0.03%	0.25%	0.53%	0.86%
water (Saturated water vapor)	100	212	0.20%
	180	356		2.1%
	263	505.4			8.6%
	310	590				22%
	364	687.2					41.8%

Note! When the pressure value is known and constant, the measurement error can be compensated by methods such as linearization.

 

Company Profile

Cold Valley Intelligent Technology (Shanghai) Co., Ltd. is a proud member of the esteemed Hanshan (Cold Mountain) Intelligent Technology Co., a leader in innovation.
Established with a vision in the bustling heart of Shanghai in 2013, the Hanshan Intelligent Technology Co., Ltd. group has been pioneering advances in technology.
Our founding members hail from prestigious global automation firms, bringing over two decades of rich expertise in the automation industry, with a decade focused on consulting and implementing cutting-edge digital solutions. We are dedicated to delivering exceptional automation and digitization products and services to a worldwide clientele, all from our strategically located headquarters in Shanghai, China.
With a strong foothold in the petrochemical sector for over 20 years, our in-depth knowledge of automation and digitalization requirements spans the entire spectrum of upstream, midstream, and downstream enterprises. We offer specialized products and solutions, along with comprehensive lifecycle services, for industries ranging from petroleum and chemicals to electric power, biomedicine, APIs, food and beverage, spirits, metallurgy, and non-ferrous metals.

Frequently Asked Questions

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