The split electromagnetic flowmeter is a commonly used precision flow measurement instrument and has certain applications in many industries.
The split electromagnetic flowmeter is a commonly used precision flow measurement instrument and has certain applications in many industries. The main components of the split electromagnetic flowmeter sensor are measuring tube, electrode, excitation coil, iron core and yoke shell. When using a split electromagnetic flowmeter, users not only need to understand its wiring method, but there are actually many issues that need to be paid attention to when wiring. If you are not careful when wiring, it is easy to cause wiring errors, which will cause the split electromagnetic flowmeter to become unusable. So what are the specific precautions? Let me introduce it in detail below.
1. Both ends of the power cable and signal wire should be covered with round lugs.
2. When a waterproof sealing plug, connector, and waterproof plug are provided, the waterproof sealing plug should be tightened to ensure that there is no water seepage in the box.
3. In order to ensure the insulation in the sensor junction box and prevent poor insulation caused by moisture, do not connect cables outdoors on rainy days.
4. It is recommended to use conduits, which can be thick and strong steel pipes or flexible metal pipes.
5. All power cables and non-4 core 24V DC signal cables must be covered with steel conduits.
6. The connecting cable between the sensor and the converter of the split electromagnetic flowmeter should be as short as possible, and do not roll the excess cables together.
7. The connecting cable cannot be installed together with other cables, such as transformers, motors and other power cables, and the distance between them should be at least greater than 1m.
8. The connecting cable cannot be disconnected or short-circuited midway, nor can the length required by the order be changed. Cable routing should be done to avoid sources of interference as much as possible.
The above editor has provided you with the precautions for wiring the split electromagnetic flowmeter. If necessary, you can refer to the above eight points to learn. I hope it can help users protect the electromagnetic flowmeter during use. Extend the service life of electromagnetic flowmeter.
The split electromagnetic flowmeter is a commonly used precision flow measurement instrument and has certain applications in many industries. The main components of the split electromagnetic flowmeter sensor are measuring tube, electrode, excitation coil, iron core and yoke shell. When using a split electromagnetic flowmeter, users not only need to understand its wiring method, but there are actually many issues that need to be paid attention to when wiring. If you are not careful when wiring, it is easy to cause wiring errors, which will cause the split electromagnetic flowmeter to become unusable. So what are the specific precautions? Let me introduce it in detail below.
1. Both ends of the power cable and signal wire should be covered with round lugs.
2. When a waterproof sealing plug, connector, and waterproof plug are provided, the waterproof sealing plug should be tightened to ensure that there is no water seepage in the box.
3. In order to ensure the insulation in the sensor junction box and prevent poor insulation caused by moisture, do not connect cables outdoors on rainy days.
4. SuggestionsUse conduit, which can be thick, sturdy steel conduit or flexible metal conduit.
5. All power cables and non-4 core 24V DC signal cables must be covered with steel conduits.
6. The connecting cable between the sensor and the converter of the split electromagnetic flowmeter should be as short as possible, and do not roll the excess cables together.
7. The connecting cable cannot be installed together with other cables, such as transformers, motors and other power cables, and the distance between them should be at least greater than 1m.
8. The connecting cable cannot be disconnected or short-circuited midway, nor can the length required by the order be changed. Cable routing should be done to avoid sources of interference as much as possible.
The above editor has provided you with the precautions for wiring the split electromagnetic flowmeter. If necessary, you can refer to the above eight points to learn. I hope it can help users protect the electromagnetic flowmeter during use. Extend the service life of electromagnetic flowmeter.
Hangzhou Economic Development Area，Hangzhou 310018，China
