The Calibration Method of GMT-H2

Hi, Welcome to General Measure’s channel. In this video, we are going to demonstrate the GMT-H2 calibration process. We need to set some parameters before calibration, which include unit, decimal point, division, and capacity. Please follow the application requirements. C1.1 is the unit, for demonstration, we set the unit as gram. C1.2 is the decimalContinueContinueContinueContinue reading "The Calibration Method of GMT-H2"
http://dlvr.it/Sw0y54

The Calibration Method of GMT-H2

Hi, Welcome to General Measure’s channel. In this video, we are going to demonstrate the GMT-H2 calibration process. We need to set some parameters before calibration, which include unit, decimal point, division, and capacity. Please follow the application requirements. C1.1 is the unit, for demonstration, we set the unit as gram. C1.2 is the decimalContinueContinueContinue reading "The Calibration Method of GMT-H2"
http://dlvr.it/Sw0bxD

The Calibration Method of GMT-H2

Hi, Welcome to General Measure’s channel. In this video, we are going to demonstrate the GMT-H2 calibration process. We need to set some parameters before calibration, which include unit, decimal point, division, and capacity. Please follow the application requirements. C1.1 is the unit, for demonstration, we set the unit as gram. C1.2 is the decimalContinueContinue reading "The Calibration Method of GMT-H2"
http://dlvr.it/Sw09y9

The Calibration Method of GMT-H2

Hi, Welcome to General Measure’s channel. In this video, we are going to demonstrate the GMT-H2 calibration process. We need to set some parameters before calibration, which include unit, decimal point, division, and capacity. Please follow the application requirements. C1.1 is the unit, for demonstration, we set the unit as gram. C1.2 is the decimalContinue reading "The Calibration Method of GMT-H2"
http://dlvr.it/Svzkkb

The Calibration Method of GMT-H2

 

 

 

Hi, Welcome to General Measure’s channel. In this video, we are going to demonstrate the GMT-H2 calibration process. We need to set some parameters before calibration, which include unit, decimal point, division, and capacity. Please follow the application requirements. C1.1 is the unit, for demonstration, we set the unit as gram. C1.2 is the decimal point, set it as zero. C1.3 is the division, here we set it as 2. C1.4 is the capacity. According to the weighing platform, we set it as 1000. The calibration parameters setting is completed.

Zero Calibration

Enter the zero calibration, There are two ways, automatic acquisition or manual input. When using automatic acquisition, clear the scale and keep it stable without alarm or overflow. Then press ENTER to complete the calibration. When using manual input, enter the zero calibration, press OPTION to enter the millivolt input interface, enter the recorded history of zero millivolt data, and press ENTER to complete the calibration.

The Gain Calibration

Enter the gain calibration, There are also two ways, respectively, calibration with weights or theoretical value calibration. OFF means calibration with weights, and ON means theoretical value calibration. Select OFF to enter calibration with weights. Load a known weight. After the scale platform is stabilized, press ENTER to enter the weight input interface. Enter the weights, and press ENTER to complete the gain point 1 calibration. If you need to carry out multi-point calibration, continue to load a known weight. When the platform is stabilized, press ENTER into the weight input interface. Enter the total weights, and press ENTER to complete the calibration of the gain point 2. Follow this method, until the required calibration of the gain point is completed. Then return to the main page to check the weight. If there is an error in the weight, you can set the calibration correction coefficient to correct.

When using theoretical value calibration, select ON to enter the theoretical value calibration, SE indicates the load cell sensitivity. Set up it according to the sensitivity given by the load cell manufacturer. Press ENTER to confirm. CP means the capacity of the load cell. Set up according to your load cell capacity, press ENTER to complete the theoretical value calibration.

In the next video, we will show you how to set up the parameters of GMT-H2. We will continue to bring videos of the latest products. Follow General Measure. See you in the next video!

Brand New Harsh Mount Weight Indicator GMT-H2

 

 

 

GMT-H2 is a new harsh mount weighing indicator for weight transmission on the industrial site. It has a superior appearance and stable performance, and it is easy to operate. GMT-H2 can be widely used in lithium batteries, chemical, feed, concrete mixing, and other industrial automation fields for silo weighing, platform weighing, weight checking, loss-in-weight, liquid filling, batching, and so on.

A closer look at GMT-H2 shows it is a stainless steel housing case with a water-proof connector. The front has 6-digit 2-inch LED display, 6 status indicators, and 5 shortcut keys. With the General Measure blue label, the overall design is exquisite. 

GMT-H2 supports RS485 and RS232, 4 input and 6 output I/O communication, optional analog output, and optional Modbus TCP/IP or ProfiNet or EtherNet/IP. 

For more information, please check the video and have a look. We will release more operation videos about GMT-H2 soon.

General Measure New Factory Tour

 

 

 

At the end of 2022, General Measure relocated to a new state-of-the-art facility in Zhuzhou, Hunan Province, China. We have established a cutting-edge production base spanning over 10,000 square meters, including weighing instrument manufacturing, mechanical research and development, a showroom, a spacious office area, and an advanced EMC laboratory.

Let's take a glimpse into GM's innovative new factory.