To configure the machine, connect the power supply. Now press TARE key(K4) and with the TARE key(K4) pressed power on the Machine (switch connected to the Main Load Vs Displacement PCB). It shows Now use the INCREMENT key(K2) & SHIFT key(K3) to enter the Password given to you & then press the ENTER key(K1). If your Password is wrong it will display Sorry
Technical characteristics: Safe load indicator JL-3000 uses industrial grade 5.7 inch LCD screen; Full patch design, waterproof, dust-proof, anti-vibration, small size and easy to disassemble; The casing is made of high-pressure cast aluminum material, beautiful, and the protection level is strong; Large-scale digital, analog CMOS integrated circuits, low power consumption; strong anti-interference ability, high reliability; The system has automatic fault detection function, which can automatically determine the fault location; The host adopts the touch button, long service life and high reliability; The system uses the latest modular integrated chip. Software can adjust the gain, the hardware without potentiometer, to solve the drift problem caused by the temperature change of the potentiometer, thus ensuring the stability of the dataï¼? With password setting to prevent parameter wrong settingï¼? With sound and light alarm functionï¼? Automatic compensation for sensors, 'temperature drift' and 'null drift'ï¼? With black box function, convenient to inquire any time.
Supplier: Load cells, force sensor, torque sensor, load pin, strain sensor, load controller, load indicator, digital indicator
Buyer: Cables, strain gauges
Supplier: Load cells, pressure TX, temperature sensors, digital indicator, lvdt, non contact type laser sensors, ups, strain gauges
Services: Repair of load cells and load indicators
BRIDGE RECTIFIER INSEL Rectifiers India manufactures high quality and cost-effective bridge rectifier, which provides full wave rectification from an AC power source for electronic equipment. Our line of bridge rectifiers can complete your electronic equipments power and case style requirements. Rectifiers An electrical circuit used to convert AC into DC current. A rectifier is a diode that causes the current to flow in only one direction. The output of the rectifier is essentially half-AC current, which is then filtered into DC. Bridge Rectifier A bridge rectifier makes use of four diodes in a bridge arrangement to achieve full-wave rectification. This is a widely used configuration, both with individual diodes wired as shown and with single component bridges where the diode bridge is wired internally. Bridge Rectifier Advantage The main benefit of bridge rectifier over conventional full-wave rectifiers is that with a given transformer, the bridge rectifier generate a voltage output that is nearly twice that of conventional full-wave circuit. Another benefit of bridge rectifier is the low ratio of peak inverse voltage to average output voltage. A half-wave rectifier is a circuit that allows only one half-cycle of the AC voltage waveform to be applied to the load, resulting in one non-alternating polarity across it. The resulting DC delivered to the load â??pulsate significantly. Bridge Rectifiers Three Phase Bridge Rectifier Modules (MDS) Three Thyristor Welding Modules (Non Isolated Base) Bridge Rectifiers (Single Phase Square Type) Bridge Rectifiers (Three Phase Square Type) Moulded Rectifiers For Generators (Three Phase) Mono Block Bridge Rectifiers (Single Phase) Mono Block Bridge Rectifiers (Three Phase) Welcome to Insel Rectifiers: Your Premier Destination for Superior Power Solutions Step into the world of Insel Rectifiers, where pride is taken in being a leading Bridge Rectifier manufacturer, dedicated to providing advanced power solutions. With a history marked by innovation and an unwavering commitment to excellence, we proudly hold our place as pioneers in the industry. Our specialization lies in the production of Bridge Wave Rectifiers, Full Wave Bridge Rectifiers, and Half Wave Bridge Rectifiers, making us your trusted source for diverse and high-quality rectifier solutions. With a trusted reputation in the industry, our Bridge Rectifiers are meticulously engineered to uphold the highest standards of quality and reliability. Our unwavering commitment to technological advancements guarantees that our products consistently deliver superior performance. This dedication positions us as the top choice for industries seeking dependable and powerful solutions for their power needs.
Glass tube rotameters Thermacol packing.
Flowtech instrument services provides a range of glass tube/acrylic body rotameters. These rotameters are used for the measurement of fluid/gas flow rate through pipelines. Following are some of the technical features of these rotameterthe rotameter has linear scale accuracy with 10:1 rangeability. It has face height 500 mm and two tone powder coating and low cost with fastest delivery.The rotameter operates on variable cross section area of the glass tube [metering tube]. Various constructional features of this rotameter are: the device has a unique design to withstand tough quality conditions. This metering tube is shielded from all sides with clear front and rear visibility. Gland packing construction provides tension free tube installation and perfect stoppage of leaking. The tube and float are easily interchangeable. Various options are available for construction and materials of construction of wetted parts for a wide range of applications. Flowtech instruments services offers these from 15 nb to 80 nb and flange between 2.5 lph to 2000 lph of water and 0.1 to 200 nm3/hr of air. Thermacol packing.
A12E indicator for small scale such as bench scale, platform scale
Pwm charging Direct, boost and float auto-charging modes. Optimized control for intelligent adjustment of control parameters based on actual charging / discharging rates. Led indication of system working status. Temperature compensation, high precision digital temperature transducer. Over-load and short circuit protections. Rated charging current: 20a, 30a, 40a System voltage: 12v, 12/24v, 48a As the same above
PTC thermistors current protector, also called PTC thermistor resettable fuses, protect load against over-current, overload, short circuit. No need for replacement, resume protective function after a short cooling-down time. Ceramic PTC (positive temperature coefficient) thermistors are used instead of conventional fuses to protect load, such as motors, transformers, or electronic circuit, against overcurrent for circuit protection. PTC thermistor protector not only respond to inadmissibly high currents but also if a preset temperature limit is exceeded. PTC thermistor over-current protector limits the power dissipation of the whole circuit by increasing their resistance and thus reducing the current to a harmless residual value. In contrast to conventional fuses, PTC thermistor resettable fuses do not have to be replaced after elimination of the fault but resume their protective function immediately after a short cooling-down time. PTC Thermistor Over-current Protector Application It applies in the over-current overload and short circuit protection of transformers, battery charger, switches, switch power supply, adaptor, meter, instrumentation, apparatus, electronic coils, control panels, air conditioner, automotive electron, etc. Operating Principle of PTC Thermistor for Overload Over-current Protection The operating principle is as indicated in the following. When a circuit is in the normal status, the current through PTC is lower than the rated current and PTC thermistor protector is in the normal state with small resistance value, which will not affect the normal operation of the protected circuit. In case of some fault in the circuit and the current is greater than the rated current, the PTC thermistor protector will become hot quickly and present a high resistance state, which sets the circuit relatively "off" to protect the circuit from damage. After the fault is removed, PTC thermistor protector will automatically restore its low resistance state and the circuit will resume normal operation. Normally, when PTC thermistor is used as an overcurrent protection component, it is preferred to select maximum operating current, maximum operating voltage and proper specifications. Furthermore such factors should be taken into consideration as the dimensions of the components, rated zero-power resistance, operating temperature range, etc.
