Fully Automatic Static Voltage Regulator 1 PHASE / 3kVA Our SVR-G-HOME series static voltage regulators, which are designed in accordance with the standards of electrical appliances, have been designed as an AC mains voltage compensator with the ergonomic design to compensate the voltage from the mains and bring it to a nominal value of 220 volts. It is a single-phase electronic device designed to provide balanced AC voltage for any consumer. Unlimited, the device works with all kinds of power-appropriate load. Home, office equipment, power tools, electric motors,air conditioners, refrigerators, glass machines etc. The design of the device is suitable for use on a vertical table or hanging on a wall. There is a control panel on the front cover of the device to monitor the parameters. 3 buttons, 12 LEDs and 1pcs 4x20 LCD display are used in the control panel. There are two circuit breakers ,one 16A socket on the right side, and a cooling fan grill on the left side. 4 rubber feet are attached to the bottom of the device for comfortable use on the table. Two mounting holes on the back cover allow hanging on the wall. In order to avoid any problem in the devices with neutral sensitivity, the "neutral transit" or "common neutral" scheme is used. To remove interference from the mains, a EMI filter is used at the output of the device. The terminal socket is designed on the back cover of the device for connecting input output and ground power lines. Thanks to 16 static steps, the device makes the necessary voltage adjustment. When the temperature inside the device reaches + 55 ° C, the cooling fan switches on automatically. Detailed information about the product;
GALATA SERIE DVR-M3H Full Automatic Servo Dynamic Voltage Regulator DVR-M3 150KVA THREE PHASE The DVR-M3H Regulator provides the following: -Protection of the user from negative voltages. -Protection of the user and the device from excessive current. -Undisturbed pure sinus voltage regulation. -Long-term overload protection and short-term protection. -AC voltage balancing with extremely high accuracy. -Run smoothly on all loads from 0% to 100%. -Manual transfer to bypass regime without regulating. -Display all values against the probabilities in the bypass regime. -Record mains input voltage limits and load current values. -Static, not gradual, dynamically correct output voltage too quickly without user notice. -When protections are activated, record the number of protection trips and the reason for each parameter separately. -Generation as standard is 0.4% (379.87V - 382.6V) stable when the input voltage is within the range of 112.6V ..... 537V. TECHNICAL SPECIFICATIONS INPUT Input Voltage Correction Range :190-415 / 275-450 / 310/485 VAC Input Voltage Operating Range : >155v...490v< Operating Frequency : >47.....64 < Input Protection : Overcurrent. Low and High Voltage Protection (Optional) OUTPUT Output Voltage : >380v...415v< +/- %0,4 Overload :10 SECOND % 200 load Correction Speed / Recovery Speed : - 90 Volt / S (150-250VAC the range) Output waveform : Pure Sine Output protection : Overcurrent. Low and High Voltage Protection (Optional) Output protection at low voltage : 337V on - 303V off Output protection at high voltage : 424v on ... 433 off OPERATING PRINCIPLES : Servo Motor - Microprocessor - Dynamic Servo GENERAL Cooling : Smart fan system (Thermostat) Measurement and imaging : Input and Output Voltage Led Display / Input, Output Voltage and Ampere Led Display MULTIMETER Continuous operating time at full load : 0..105%. Continuous load 96% Mechanical By-pass : Manual control network / 1-0-2 Pako Switch / Remote Switch / Lock key On / Off Protection Class : IP20 and Other Options
FATIH SERIE DVR-M3H FULL AUTOMATIC SERVO DYNAMIC VOLTAGE REGULATOR DVR-M3H 250KVA THREE PHASE The DVR-M3H Regulator provides the following: -Protection of the user from negative voltages. -Protection of the user and the device from excessive current. -Undisturbed pure sinus voltage regulation. -Long-term overload protection and short-term protection. -AC voltage balancing with extremely high accuracy. -Run smoothly on all loads from 0% to 100%. -Manual transfer to bypass regime without regulating. -Display all values against the probabilities in the bypass regime. -Record mains input voltage limits and load current values. -Static, not gradual, dynamically correct output voltage too quickly without user notice. -When protections are activated, record the number of protection trips and the reason for each parameter separately. -Generation as standard is 0.4% (379.87V - 382.6V) stable when the input voltage is within the range of 112.6V ..... 537V. TECHNICAL SPECIFICATIONS INPUT Input Voltage Correction Range :190-415 / 275-450 / 310/485 VAC Input Voltage Operating Range : >155v�490v< Operating Frequency : >47.....64 < Input Protection : Overcurrent. Low and High Voltage Protection (Optional) OUTPUT Output Voltage : >380v�415v< +/- %0,4 Overload :10 SECOND % 200 load Correction Speed / Recovery Speed : - 90 Volt / S (150-250VAC the range) Output waveform : Pure Sine Output protection : Overcurrent. Low and High Voltage Protection (Optional) Output protection at low voltage : 337V on - 303V off Output protection at high voltage : 424v on ... 433 off OPERATING PRINCIPLES : Servo Motor - Microprocessor - Dynamic Servo GENERAL Cooling : Smart fan system (Thermostat) Measurement and imaging : Input and Output Voltage Led Display / Input, Output Voltage and Ampere Led Display MULTIMETER Continuous operating time at full load : 0..105%. Continuous load 96% Mechanical By-pass : Manual control network / 1-0-2 Pako Switch / Remote Switch / Lock key On / Off Protection Class : IP20 and Other Options
VRLA batteries are including three main types Absorbed Glass Mat AGM and Gel batteries and Tubular battery They are frequently utilized in uninterruptible power supply UPS systems emergency lighting installations and telecommunication equipment where continuous and hasslefree functionality is imperative Additionally VRLA batteries find extensive application in electric vehicles renewable energy systems and other contexts that necessitate a reliable and secure energy storage solution Advantages MaintenanceFree Operation Sealed Construction Enhanced Safety Versatile Applications Long Service Life Improved Efficiency Environmental Friendliness Higher Voltage Output Faster Recharge Rates Slower Discharge Rates Higher Capacity Range Economical