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The shearbeam load cell can be either cylindrical or rectangular. The strain gauges are placed at the bottom of the blind holes. The strain gauges are mounted on the beam at 45 degrees to the longitudinal axis. When the load is applied to the beam, gauges along 45 degrees become longer (tension), along 135 degree become shorter (compression), thereby unbalancing the bridge. The shear beam load cell is insensitive to lateral forces, and point of application of torque is not critical. Shear Beam Loadcells with IP-68 pro
The universal shear loadcell is generally used for material testing and in applications where both compression and tension loads are to be monitored.
Bag Filling, Hopper Weighing Systems, UTM & Testing applications, Electro Mechanical Weigh Bridges.
Overview:
Over loading of the crane is a common occurrence. To prevent the same, IPA has the Trip safe which would ensure that over loading of the crane/hoist is prevented. In this crane over load protection system, the trip safe module is used in conjunction with a suitable loadcell. The advantage of this system over the conventional system is the speed at which the module responds. Also as this is the direct measurement of the load, the action taken for tripping is appropriate and quick. The Trip Safe will ensure that both overload and under load is prevented. Underload occurs when the hook is further released after it touches the ground, which can cause the rope to slip out of the pulley. This low cost solution is ideally suited for all crane and hoist manufacturers.
Overview:
The system finds extensive use in process industries where monitoring the quantity of materials coming out after completion of a process, especially where materials like powder, granules etc. are used, which comes out at a very low rate, say in the order of under 5T per day or lesser. It is extensively used in the tea industry.
The system consists of a buffer hopper and a weigh hopper both provided with gates. The weigh hopper is mounted on loadcells. These loadcells are connected to an indicator where the set value can be entered. As soon as the weight in the weigh hopper achieves the set value, the buffer hopper gate closes and the weigh hopper gate opens to discharge the weighed quantity of material on to a down stream process line. The electronic indicator registers the exact quantity of material.
As soon as the weigh hopper becomes empty, the gate closes and the buffer hopper gate opens and the process continues
Overview:
A135A1 is a 3-½ digit, panel-mounting indicator capable of reading upto a maximum of 1999 for an input of 15mV DC with a sensitivity of 10 mV/division. It is compatible with strain gauge based transducer like loadcells, Pressure Transducers, Torque Transducers etc., which have 350 ohms bridge resistance. It can support a maximum of four transducers when connected in parallel. The system provides a very stable power supply of 10V DC for excitation of the transducers. It consists of a differential amplifier to amplify the signal from the transducers. The circuitry is based around an Analog to Digital converter (ADC). The ADC drives a 7-segment, 13mm height LED display. The system provides an output of 0-10V corresponding to the applied load. OR The system provides a current output of 4-20mA corresponding to load applied.
Overview:
DH340A0 is a field-programmable indicator designed to be used with strain gauge based transducers. The main features of the indicator are
The indicator can be programmed through keypad for range, resolution, filter time constant and decimal point. Tare, Tare recall and calibration are also performed through keypad. It is provided with hardware lock facility to avoid unauthorised setting changes. The front panel has got digital display and keypad. The power supply, input and output are at rear end.