GUVEN-IS ELECTRIC

The DVR-M3HRegulator 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.

The DVR-M3 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.

The DVR-M3 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.

The DVR-M1 Regulator provides the following: Undisturbed pure sinus voltage regulation. AC voltage balancing with extremely high accuracy. Producing intensely, keeping the output voltage stable within ± 0.4% (219.2v - 220.8v) while the input voltage is between 65v ... 310v. Run smoothly on all loads from 0% to 100%. Long-term overload protection and short-term protection. When protections are activated, record the number of protection trips and the reason for each parameter separately. Record mains input voltage limits and load current values. Protection of the user from negative voltages. Protection of the user and the device from excessive current. Static, not gradual, dynamically correct output voltage too quickly without user notice. Display all values against the probabilities in the bypass regime. Manual transfer to bypass regime without regulating.

The DVR-M1 Regulator provides the following: Undisturbed pure sinus voltage regulation. AC voltage balancing with extremely high accuracy. Producing intensely, keeping the output voltage stable within ± 0.4% (219.2v - 220.8v) while the input voltage is between 65v ... 310v. Run smoothly on all loads from 0% to 100%. Long-term overload protection and short-term protection. When protections are activated, record the number of protection trips and the reason for each parameter separately. Record mains input voltage limits and load current values. Protection of the user from negative voltages. Protection of the user and the device from excessive current. Static, not gradual, dynamically correct output voltage too quickly without user notice. Display all values against the probabilities in the bypass regime. Manual transfer to bypass regime without regulating.

3kVA –3200KVA •100% compliance with all monophonic devices •Feed operation at 65 VAC •High correction range (75V -520VAC) •20ms voltage correction rate •Control and protection unit thanks to microprocessor control •Real static structure thanks to Thyristorand SMPS technology. •Overcurrent protection and voltage protection (Standard). •Short-circuit protection (Standard). •True temperature control and heat protection (Standard) •Cooling required by intelligent fan (Standard) •Manual By-Pass and Automatic By-Pass •High efficiency and quiet operation •3 Pieces 4x20 LCD (Standard) •Automatically recorded on LCD; All faults, Operating Time, Highest and lowest voltage, Highest and lowest current, Instantaneous temperature and highest temperature seen, Thyristorcount, Number of stages, Software date and number, guarantee number •Quality ergonomic construction, small dimensions, easy transport, •ISO 9001-2008

1kVA -80kVA •100% compliance with all monophonic devices •Feed operation at 65 VAC •High correction range (45V -300VAC) •20ms voltage correction rate •Control and protection unit thanks to microprocessor control •Real static structure thanks to Thyristorand SMPS technology. •Overcurrent protection and voltage protection (Standard). •Short-circuit protection (Standard). •True temperature control and heat protection (Standard) •Cooling required by intelligent fan (Standard) •Manual By-Pass and Automatic By-Pass •High efficiency and quiet operation •1 unit 4x20 LCD (Standard) •Automatically recorded on LCD; All faults, Operating Time, Highest and Lowest Voltage, Highest Current Load, Instantaneous Heat and Highest Temperature, ThyristorCount, Number of Stages, Software Date and Number, guarantee number •Quality ergonomic construction, small dimensions, easy transport, ISO 9001-2008

Three phase transformers are used on three phase energy systems either as security - isolation type transformer or step up -down transformer, in some cases step-up and step down transformers can be produces as auto transformer for reducing the price. • Nominal Power • Isolation type or auto type • Input-output voltage and current values according to duty factor • Input - output connection types ( delta - star etc ) • Galvanic isolation • Input - Output voltage steps • Input-output connection materials • Isolation class • Metal enclosure and ventilation • Mounting type ( horizontal - vertical ) ... etc GUVEN-IS determines these technical specifications by communicating directly to the customer before designing process in order to avoid any problem. When every detail is clear a sample transformer is produced and tested by GUVEN-IS and submitted to the customer for the final approving before the ordering.

Single or double phase transformers are used on energy systems either as security - isolation type transformer or step up -down transformer, in some cases step-up and step down transformers can be produces as auto transformer for reducing the price. • Nominal Power • Isolation type or auto type • Input-output voltage and current values according to duty factor • Galvanic isolation • Input - Output voltage steps • Input-output connection materials • Isolation class • Metal enclosure and ventilation • Mounting type ( horizontal - vertical ) ... Etc GUVEN-IS determines these technical specifications by communicating directly to the customer before designing process in order to avoid any problem. When every detail is clear a sample transformer is produced and tested by GUVEN-IS and submitted to the customer for the final approving before the ordering.

DVR-M1 Wi-Fi SERIES FULL AUTOMATIC SERVO DYNAMIC VOLTAGE REGULATOR CONTROLLED BY Wi-Fi 1kVA - 50 kVA The DVR-M1 Wi-Fi Regulator provides the following: Undisturbed pure sinus voltage regulation. AC voltage balancing with extremely high accuracy. Producing intensely, keeping the output voltage stable within ± 0.4% (219.2v - 220.8v) while the input voltage is between 65v ... 310v. Run smoothly on all loads from 0% to 100%. Long-term overload protection and short- term protection. When protections are activated, record the number of protection trips and the reason for each parameter separately. Record mains input voltage limits and load current values. Protection of the user from negative voltages. Protection of the user and the device from excessive current.. Display all values against the probabilities in the bypass regime. Manual transfer to bypass regime without regulating. Control system by Wi-Fi network