High-Precision Aice Tech 1 Inch Magmeter for Accurate Measurements

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: RC-LDG
• Main Application: Water, Wastewater, Nature Gas, Corrosive Liquid/Gas
• Size: DN10~DN1600
• Type: Electromagnetic Flow Meter
• Measuring Media: Conductive Liquids
• Measuring Principle: Eletromagnetic
• Measurement Object: Closed Pipeline
• Certification: CE, ISO
• Nominal Diameter: DN10~DN1600
• Nominal Pressure: 0.6~4.0MPa (Others Customizable)
• Lining Material: Urethane Rubber/Neoprene Tfn/Silicon Fluorine
• Electrode Form: Standard Type/Scraper Type
• Electrode Material: 316L / Hastelloy B & C/Titanium/Tantalum/Platinum
• Medium Temperature1: Polyurethane Rubber -20~70ºC
• Medium Temperature2: PTFE-20~120ºC
• Measuring Range: 1500:1 Flow Velocity Setting <15m/S
• Protection Class: IP65/IP67/IP68 Optional
• Power Supply: AC220V 50Hz, DC 24V, DC 3.6V
• Output Signal: 0-10mA, 4-20mA, Frequency, Alarm, Pulse Outputs
• Communication Signal: RS232c, RS485, Hart (Optional)
• Load Resistance: 0-10mA 0~1.5KΩ, 4-20mA 0~750Ω
• Power-off Protection: Internal Non-Power-off Clock
• Ambient Humidity: 5~100%Rh (Relative Humidity)
• Transport Package: Depends on Flanges Size
• Specification: Depends on flanges size
• Trademark: Aice Tech
• Origin: China
• HS Code: 9026100000
• Production Capacity: 5000000/Pieces
• Package Size: 40.00cm * 40.00cm * 43.00cm
• Package Gross Weight: 30.000kg

Product Description

RC-LDG serial Flowmeter is a high accuracy and high stability electromagnetic flow meter
For measuring pipeline conducting liquids and slurries volume flow rate
The accuracy is not affected by changes in density, viscosity, temperature, pressure and conductivity of the liquid
Applicable pipe diameter DN10~DN1600
Output signals such as 0-10mA, 4-20mA
RS232, RS485, HART (optional) communication signals
This model is customized for PTFE lined DN50 pipeline
 

Instrument installation
 

Choosing the correct installation location and adopting the correct installation method is the key to using 

the electromagnetic flow meter. If the installation is wrong, 

Not only will it affect the measurement effect, it will also affect the measurement accuracy, it will also 

affect the life of the flow meter, and even damage the flow meter.
 

1. Installation location selection 

In order to make the sensor work reliable and stable, the following requirements should be paid attention 

to when choosing the installation location: 

(1) Try to avoid ferromagnetic objects and equipment with strong electromagnetic fields (such as large 

motors, large transformers, etc.) to prevent magnetic fields from affecting transmission 

The working magnetic field and flow signal of the sensor. 

(2) It should be installed in a dry and ventilated place as much as possible,and not in a place with 

dampness and water. 

(3) Avoid sun and rain as much as possible, and avoid ambient temperature higher than 60ºC and relative 

humidity higher than 95%. 

(4) Choose a place that is convenient for maintenance and convenient for activities. 

(5) The flow meter should be installed at the back of the pump, not on the suction side; the valve should 

be installed on the downstream side of the flow.
 

2. Installation requirements 

For your correct measurement, you should pay attention to the following requirements when selecting 

the location on the pipeline: 

(1) The sensor can be installed on a straight pipe, or on a horizontal or inclined pipe, but the center 

connection of the two electrodes is required in a horizontal state. 

2) The medium should flow in the full pipe at the installation position to avoid dissatisfied pipe and gas 

adhering to the electrode. 

(3) For liquid-solid two-phase fluids, it is best to install vertically to make the sensor lining wear evenly 

and prolong the service life. 

(4) When the medium at the installation position of the flow meter is not full, the method of raising the 

back-end pipeline of the flow meter can be adopted to make it full. 

Install flow meters at the high point and the water outlet. 

(5) Modify the installation method of the pipeline: When the flow rate of the medium does not meet the 

requirements, a flow meter with a smaller diameter should be used. 

Use reducer pipe or modify part of the pipe to make it the same diameter as the sensor, but the front and 

rear straight pipe sections must at least meet the front straight pipe section ≥10DN, straight back pipe ≥ 

5DN (DN is pipe diameter). 

(6) The front and rear straight pipe sections are ≥10DN before the flow meter and ≥5DN at the back 

end. 

 

3. Instrument wiring 

If the signal cable connected by split installation uses a customized dedicated cable, the shorter the cable, 

the better. 

The excitation cable can choose Yz medium-sized rubber sheathed cable, and its length is the same as the 

signal cable. 

Signal cables must be strictly separated from other power sources and cannot be laid in the same pipe. 

The signal cable and the excitation cable should be as short as possible, and the excess cables should not 

be rolled together. The excess cables should be cut off, and 

Re-solder the joints. 

When the cable mediates the sensor electrical interface, it is made into a U-shape at the port, which can 

prevent rainwater from penetrating into the sensor.
 

Technical parameter

 

Item	Technical parameter
Main power	AC220V 50HZ/DC24V/DC12V/3.3V battery power supply
Power consumption	<15W (Supporting power consumption with sensors )
Display and buttons	Display in Chinese and English, can display instantaneous flow, accumulated flow and alarm display (excitation open circuit alarm, empty pipe alarm, flow over limit alarm). Four membrane touch switches for data setting
Counter	Forward total, reverse total
Output signal	Analog output	Two-way, fully isolated 0~10mA/4~20mA
		Load resistance: 0~1.5kΩ when 0~10mA; 0~750Ω when 4~20mA
	Frequenc y output	Forward and reverse flow output, the upper limit of output frequency can be set within 1~5000Hz. Open collector bidirectional output of transistor with photoelectric isolation. The external power supply is not greater than 35V, and the maximum current of the collector when it is turned on is 50mA
	Alarm Output	Two-way open collector alarm output with photoelectric isolation transistor. The external power supply is not greater than 35V, and the maximum current of the collector when it is turned on is 250mA. Alarm status: fluid empty pipe, excitation disconnection, flow overrun
	Pulse output	Forward and reverse flow output, the output pulse upper limit can reach 5000CP/S. Pulse equivalent is 0.0001~1.0 m³/P. The pulse width is automatically set to 20ms or square wave. Open collector output of transistor with photoelectric isolation. The external power supply is not greater than 35V, and the maximum current of the collector when conducting is 50mA
Matching accuracy	±0.5% of indicated value, optional ±0.3% or ±0.2% of indicated value
Damping time constant	Continuous variable from 0~100s (90%) time grading optional
Communication	Optional RS232C or RS485 serial communication interface, HART communication protocol
Loss of power	The internal design of the instrument has a power-off clock, which can store 16 power-off records (10 years) (need to be customized)
Protection class	IP65
Explosion-proof mark	Ex d ia [ia Ga] q IIC T6 Gb

Flow range table

Flow range and Flow rate table
m3/h mm m/s	0.5	1	2	3	4	5	15(maximum)
10	0.14	0.28	0.27	0.85	1.13	1.41	4.24
15	0.32	0.64	1.27	1.91	2.54	3.18	9.54
20	0.57	1.13	2.26	3.39	4.52	5.65	16.96
25	0.88	1.77	3.53	5.30	7.07	8.84	26.51
32	1.45	2.90	5.79	8.69	11.58	14.48	43.43
40	2.26	4.52	9.05	13.57	18.10	22.62	67.86
50	3.53	7.07	14.14	21.21	28.27	35.34	106.03
65	5.97	11.95	23.89	35.84	47.78	59.73	179.19
80	9.05	18.10	36.19	54.29	72.38	90.48	271.43
100	14.14	28.27	56.55	84.82	113.10	141.37	424.12
125	22.09	44.18	88.36	132.54	176.71	220.89	662.68
150	31.09	63.62	127.23	190.85	254.47	318.09	954.26
200	56.55	113.10	226.19	339.29	452.39	565.49	1696.46
250	88.36	176.71	363.43	530.14	706.86	883.57	2650.72
300	127.23	254.47	508.94	763.41	1017.88	1272.35	3817.04
350	173.18	346.36	692.72	1039.08	1385.44	1731.80	5195.41
400	226.19	452.39	904.78	1357.17	1809.56	2261.96	6785.84
450	286.28	572.56	1145.11	1717.67	2290.22	2862.78	8588.33
500	353.43	706.86	1413.72	2120.58	2827.43	3534.29	10602.88
600	508.94	1017.88	2035.75	3053.63	4071.50	5089.38	15268.14
700	692.72	1385.44	2770.88	4156.33	5541.77	6927.21	20781.64
800	904.78	1809.56	3619.11	5428.67	7238.23	9047.79	27143.36
900	1145.11	2290.22	4580.44	6870.66	9160.88	11451.11	34353.32
1000	1413.72	2827.43	5654.87	8482.30	11309.73	14137.13	42411.50
1200	2035.75	4071.50	8143.01	12214.51	16286.02	20357.52	61072.56
1400	2770.88	5541.77	11083.54	16625.31	22167.08	27708.85	83126.54
1600	3617.11	7238.23	14476.46	21714.69	28952.92	36191.15	108573.44
1800	4580.44	9160.88	18321.77	27482.65	36643.54	45804.42	137413.26
2000	5654.87	11309.73	22619.47	33929.20	45238.93	56548.67	169646.00
2200	6842.39	13684.78	27369.56	41054.33	54739.11	68423.89	205217.66
2400	8143.01	16286.02	32572.03	48858.05	65144.07	81430.08	244290.24
2600	9556.72	19113.43	38226.85	57340.71	76453.71	95567.13	206701.40
2800	11083.54	22167.90	44334.15	66501.23	88668.31	110835.39	332506.16
3000	12723.45	25446.90	50893.80	76340.70	101787.60	127234.50	381703.50

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