The MG14 meter allows for signal conversion to values needed in production, such as height, length (mm, cm), pressure, voltage, and load. Built-in four relay alarm outputs ALL (very low), AL (low), AH (high), AHH (very high).
The product is shipped within 24 hours.
We complete the order within 24 hours.
The product is covered by a one-year warranty.
You can return the product within 14 days.
Power supply: | 230 VAC +/-10% |
Output: | Relay |
Max. Load: | 3 A |
Display: | PV (Present Value), udział wody Percentage of water |
Sensor Service: | B, E, J, JPT100, K, N, ongueur '''d'''e '''c'''âble Length of cable, PT100, R, S, W |
Dimension: | 160x80 mm |
Entry: | 0~10mA, 0~10mV, 0~10V, 0~20mA, 0~3000Hz, 0~400Ω, 0~5V, 1~5V, 4~20mA |
Built-in power source: | 24 VDC (1W, 40mA) |
Degree of Protection: | IP 55 |
The meter serves as a panel indicator, which allows for precise control of measured parameters in industrial processes thanks to having two LED displays. The purpose of the device is to work with sensors having voltage, current or resistance outputs, including temperature sensors (full description of input signal types in the table below). Thanks to the use of the MG14 meter, it is possible to quickly convert the signal to the values needed in production, e.g. temperature units, height/length (mm, cm), pressure or rotational speed. The device has a tuning function to the input signal range.
The meter has built-in four programmable, relay (3A) alarm outputs:
The relay outputs are isolated from the sensor power supply and can be used, for example, to protect the pump from dry running, activate the make-up valve to fill the tank or send a signal to the alarm center, etc.
The controller has a large, easy-to-read 4-digit digital display and a 0~100% graphical display, which is helpful in quickly assessing the industrial process.
The device allows you to convert the readings into convenient units for the user. The universal panel meter allows cooperation with sensors and measurement of such quantities as: Temperature (C°) Voltage (V, mV), Current (A, mA), Resistance / Resistance (Ohm).
Code | Type (range) | Code | Type (range) | Code | Type (range) |
00 | S (1~1600F°) | 08 | PT100 (-200~850°F) | 16 | mV Signal (0~10mV) |
01 | R (1~1600°C) | 09 | Cu50 (-50~150°C) | 17 | Resistive Signal (0~400Ohm) |
02 | B (1~1800°C) | Translation: The text outside the HTML file is not provided.10 | 0~5V (-1999~9999) | 18 | Frequency Signal (0~3000Hz) |
03 | K (1~1300°C) | 11 | 1~5V (-1999~9999) | 19 | 0~5V root (-1999~9999) |
04 | N (1~1300°F) | 12 | 0~10V (-1999~9999) | 20 | 1~5V root (-1999~9999) |
05 | E (1~800°F) | 13 | 0~10mA (-1999~9999) | Translating the text in the HTML file from Polish to English: 04 N (1~1300°F) 12 0~10V (-1999~9999) 20 1~5V root (-1999~9999) 05 E (1~800°F) 13 0~10mA (-1999~9999)21 | 0~10mA root (-1999~9999) |
06 | J (0~650°C) | 14 | 0~20mA (-1999~9999) | 22 | 4~20mA root (-1999~9999) |
07 | T (1~400°C) | Translation:21 | 0~10mA root (-1999~9999) | ||
06 | J (0~650°C) | 14 | 0~20mA (-1999~9999) | 22 | 4~20mA root (-1999~9999) |
07 | T (1~400°C) | The text outside the HTML file reads: "This table shows the different types of measurements and their corresponding values." This table shows the different types of measurements and their corresponding values.21 | 0~10mA root (-1999~9999) | ||
06 | J (0~650°C) | 14 | 0~20mA (-1999~9999) | 22 | 4~20mA root (-1999~9999) |
07 | T (1~400°C) | 15 | 4~20mA (-1999~9999) | 23 | Full Input Signal |
This set allows for the display of the current state and maintaining the level within the set range. Additionally, available alarm outputs, and a unit conversion function to millimeters, liters, etc. give the possibility to customize the set to your needs. The controller with the HT-R sensor can be used for IBC tanks also known as: pallet container, tank pallet, pallet container, pallet tank or Mauser, Schutz and Mamor.
When connected with the HT-R-1000 sensor, it can serve as a set for automatic liquid level control.
This set allows for the monitoring of water level in a well or any tank. The pressure exerted by the water on the sensor is transmitted in the form of a voltage signal (0 ~ 10 V). The hydrostatic pressure is directly proportional to the immersion.
The set allows for the monitoring of bulk materials (sand, gravel, etc.) as well as water in any tank. The sensor generates a pulsed ultrasonic wave, which is reflected from the surface and returns to the sensor head. The propagation time of the reflected wave is directly proportional to the distance between the sensor and the measured level.