30 kV Auxiliary HiPot Power Pack 220V AC w/ Armature test Order #: PPX30A-220V Mfg #: 99-350-087RC Sukma Calibration In terms of product sourcing, we maintain strong partnerships with over 200 leading brands, such as AccuMac, Additel, Amatek, Ashcroft, BW Technologies, Crystal Engineering, Druck, Fluke, GE Panametrics, GW Instek, Hioki, Isotech, Megger, Mitutoyo and many more.
Static Motor Analyzer 6HO kv, Full LV RLC & HV DC Tests Order #: DXRLC-6HO Mfg #: 99-DX6HO-ZDS3RC Sukma Calibration In terms of product sourcing, we maintain strong partnerships with over 200 leading brands, such as AccuMac, Additel, Amatek, Ashcroft, BW Technologies, Crystal Engineering, Druck, Fluke, GE Panametrics, GW Instek, Hioki, Isotech, Megger, Mitutoyo and many more.
Without server license Monitors motor systems for any degradation of performance, poor power quality and adverse load conditions Built upon the proven motor system monitoring technologies of the Baker EXP4000 Dynamic Motor Analyzer Features proprietary data collection mechanisms that are coupled with standardized computer server and network technologies Operates with a single voltage measurement connection per voltage bus (up to 7 different voltage busses per single NetEP unit), and current sensors installed for each motor being monitored
Products Introduction Very Low-Frequency high voltage generator 30KV combines advanced technologies such as modern digital conversion, full computer control, automatic voltage increase, voltage reduction, measurement and protection. In the automatic upgrade process, human intervention can be taken care of. The main advantages include full electronics, small size, light weight, large-screen LCD display (clear and intuitive), printer output test report, and easy use. Technical Parameter 1 output frequency 0.1Hz 0.05Hz 0.02Hz 0.01Hz 2 Loading capability : Table 1 for reference 0.1 Hz maximum 1.1F 0.05 Hz maximum 2.2F 0.02 Hz maximum 5.5F 0.01 Hz maximum 11.0F 3 accuracy :± (3% of full scale +0.5 KV) 4 voltage waveform distortion 5% 5 condition of use : indoor, outdoor; temperature : -10+40humidity 85%RH 6 power supply AC50 Hz 220V +5% 7 power fuse : output rated voltage Table for reference
Product description Insulating boots and gloves withstand voltage device is a power frequency power supply with low voltage working voltage of 220V/50Hz for insulating boots and gloves. According to the principle of electromagnetic induction, the input voltage is changed to the minimum value required for the test. high pressure. Insulating boots (gloves) withstand voltage test device generally consists of a special dedicated test box, an intelligent power frequency withstand voltage console, and a power frequency withstand voltage test transformer. A special water tank can be customized according to needs to test 6-8 insulated boots or 6 insulated gloves at a time, and display the leakage current of the insulated boots or insulated gloves at the same time. The intelligent power frequency withstand voltage console is equipped with overcurrent protection and zero protection. Time protection and alarm function. The preventive voltage resistance test device for insulating boots and gloves is a special product developed and produced according to the needs of users according to the test procedures of insulating boots (gloves). The selection has an automatic boost (buck) function, automatically reads the leakage current of each test product, the whole process is automatically completed, and the test data is automatically printed, which effectively solves the previous non-standard test methods, thereby simplifying .Simplifies the test procedure and improves the test speed. More reliable identification of parameters such as leakage current and power frequency withstand voltage of insulating boots (gloves). To ensure the safety of test personnel, it is an ideal pre-treatment of insulating boots (gloves) to protect power frequency withstand voltage test equipment. Technical Parameters Input voltage AC220V 50 Hz Output voltage 0~30kV Capacity 3kVA Test number 3 pairs each time Quality Gloves (insulating boots) test car: 80kg; power frequency withstand voltage test bench: 70kg Insulated boots gloves withstand voltage
Product description Insulating boots and gloves withstand voltage device is a power frequency power supply with low voltage working voltage of 220V/50Hz for insulating boots and gloves. According to the principle of electromagnetic induction, the input voltage is changed to the minimum value required for the test. high pressure. Insulating boots (gloves) withstand voltage test device generally consists of a special dedicated test box, an intelligent power frequency withstand voltage console, and a power frequency withstand voltage test transformer. A special water tank can be customized according to needs to test 6-8 insulated boots or 6 insulated gloves at a time, and display the leakage current of the insulated boots or insulated gloves at the same time. The intelligent power frequency withstand voltage console is equipped with overcurrent protection and zero protection. Time protection and alarm function. The preventive voltage resistance test device for insulating boots and gloves is a special product developed and produced according to the needs of users according to the test procedures of insulating boots (gloves). The selection has an automatic boost (buck) function, automatically reads the leakage current of each test product, the whole process is automatically completed, and the test data is automatically printed, which effectively solves the previous non-standard test methods, thereby simplifying .Simplifies the test procedure and improves the test speed. More reliable identification of parameters such as leakage current and power frequency withstand voltage of insulating boots (gloves). To ensure the safety of test personnel, it is an ideal pre-treatment of insulating boots (gloves) to protect power frequency withstand voltage test equipment. Technical Parameters Input voltage AC220V 50 Hz Output voltage 0~30kV Capacity 3kVA Test number 3 pairs each time Quality Gloves (insulating boots) test car: 80kg; power frequency withstand voltage test bench: 70kg
Contact ignition system, Hall ignition system, magnetoelectric ignition system, photoelectric ignition system, non-distributor ignition system, independent ignition system, switching power supply, ignition switch, speed control motor, diagnostic seat, removable Bench, universal caster with lock, etc. 1. Overall dimensions: 2400 800 1800mm (length width height) 2. Input power; AC 220V 10% 50Hz 3. Working power supply; DC 12V 4. Product model: ZC-QCD007 When the traditional ignition system is working, the moment the disconnector contacts are separated, sparks will be generated at the contacts and the contacts will be burned. When the spark plug accumulates carbon, it is easy to leak electricity, the secondary electrode voltage cannot rise, it cannot be ignited reliably, and a high-speed misfire phenomenon occurs. The semiconductor ignition system overcomes these shortcomings, has a strong ability to jump, and makes ignition reliable. (1) An ignition system composed of non-contact breakers composed of electromagnetic, infrared or Hall components is called a non-contact igniter, and its amplifying circuit is divided into a transistor circuit and a capacitor discharge circuit. (2) The ignition system controlled by the ECU (Electronic Control Unit) is determined by the microprocessor in the ECU according to the signal of the crank angle sensor, so it has no disconnection, only the distributor, and directly controls the ignition coil according to the signal sent by the ECU Turn on and off the primary circuit. (3) Distributor-Less Ignition is the most advanced ignition system at present. The crankshaft sensor not only has the ignition timing signal, but also the cylinder identification signal, so that the ignition system can The ignition signal is sent at the specified time, which requires each cylinder to be equipped with an independent ignition coil. However, if it is a six-cylinder engine, 1, 6, 2, 5, and 3, 4 cylinders share an ignition coil, that is, a total of three One ignition coil. Obviously, when each ignition coil is ignited, there is always a cylinder that is ignited empty. This point should be noted when testing. The non-contact ignition system can use low-impedance inductance coils to greatly increase the primary current, make the secondary voltage up to 30kV, enhance the ignition energy to improve the ability to ignite the lean mixture, and improve the fuel economy while reducing exhaust gas Pollution. Distributorless ignition systems are completely electronic devices without mechanical moving parts, completely solving a series of failures caused by cam and bearing wear and contact ablation gap imbalance. Automobile 6 types ignition system educational model, China, manufacturers, suppliers, engineering, OEM, ODM, auto car equipment, Hybrid Cutaway Engine Display Stand, Automotive Component's Electric Trainer Equipment, training panel, software controlled engine section demo model, ignition starter switch
