2.5 Ton Multi-directional Forklift
Zowell RSEW Multi-Directional Forklift 2.5 tons is a
material handling equipment designed for long and bulky material handling and
stacking. Its unique design covers the advantages of common forklifts and stackers
as well as VNA trucks. With three omni-directional wheels, it can drive in
multiple directions such as parallel moving and oblique moving, so as able to
maneuver smaller aisles and maximize your warehouse storage safely.
As a company with experience on narrow aisle electric forklifts for more than 15 years, Zowell always focuses on professional warehouse solutions and customer experience. In terms of power supply, RSEW adopts electric power featured with low noise and no emission, and can be equipped with lithium battery with convenient maintenance and longer service life. In terms of control, the load wheels are equipped with the five-stage steering deceleration and small control current, which enables the steering angle more precise and controllable, effectively extend the service life of the steering motor. From the aspect of security, Zowell multi-directional forklift is equipped with steering wheels display system and barking system to maximize safety. Multi-directional forklift combilift,Multi-directional forklift hubtex,cantilever rack,custom-made sideloader Suzhou Pioneer Material Handling Equipment & Technology Co., Ltd , https://www.xianfengforklifts.com
1. Appearance check: Check the appearance of the sensor to be inspected. If it is found that the appearance of the sensor is cracked, the sensor may be damaged.
2. Rough inspection of the line: The power supply line, signal line and shielded line of the sensor are coaxial cables, which can be tested with a multimeter (ie, power line - signal line, power line - shielded line, signal line - shielded line). If a short circuit, disconnection, or a drop in insulation performance indicates that the sensor may be damaged.
3. Measure internal resistance: When there is no dedicated detection device, the input impedance ZI and output impedance ZO of the sensor can be measured with the ohm file of the digital multimeter, and the measured value and the nominal value of the product certificate provided by the manufacturer For comparison, when the measured value exceeds the allowable range, it indicates that the sensor may be damaged (Note: The self-numerical value of the multimeter to be used should be accurate, and it is better to use after measurement verification/calibration).
4. No-load detection:
Remove all sensors and access measurement circuits one by one. Under no-load (no-load) conditions, a well-performing sensor will quickly return to zero and the displayed value will be more stable, while the damaged sensor may show a digital jump. Can not return to zero and other phenomena. After the manual clearing the above phenomenon will still be repeated. Connect all sensors, still carry out no-load measurement, remove a sensor and observe whether the displayed value can be stable, then the sensor After it is still connected, the other sensor is removed and measured. All sensors are measured in sequence. If it is found that the value returned to normal after a sensor is removed, the sensor may be damaged.
5. Load check: When the above method cannot be used to determine the damaged sensor, load calibration can be performed on all sensors using the standard calibration method. The load test is performed on the sensors one by one using the standard weight of 1t. The undamaged sensor shows the measured value as the superimposed value of the standard weight gradually loaded, and the measured value displayed by the damaged sensor will have a large deviation from the superimposed value of the standard weight gradually loaded. .
Five detection methods when the sensor on the electronic floor scale problem occurs When the electronic scale sensor is damaged due to corrosion and moisture, it will seriously affect the weighing accuracy. How to detect it?