Leave Your Message
China Suppliers High Voltage Medium Frequency Inverter Factory - 1700V Reliable IGBTs for 20 Years Fault-Free Operation
Hot Products

China Suppliers High Voltage Medium Frequency Inverter Factory - 1700V Reliable IGBTs for 20 Years Fault-Free Operation

,

Our product offers exceptional reliability through the use of 1700V high-voltage LGBTs (Insulated Gate Bipolar Transistors) sourced from reputable suppliers in China. This ensures an impressive average fault-free operation period of 20 years, making it a trusted choice for those seeking durability and performance. Partner with a leading factory that prioritizes quality and innovation for your long-term operational needs.

,

    Model Meaning

    Model Meaning Diagram
    1. The dimensions and weight are for reference only; the exact dimensions and weight shall be as specified in the technical agreement.
    2. For standard series units, the input voltage is identical to the output voltage.
    3. The overall height does not include the height of the cooling fan; an additional 300 mm to 600 mm should be added for the fan height.
    4. The above overall dimensions and weight refer to the combined total of the control cabinet, power unit cabinet, and transformer cabinet excluding the line-frequency bypass cabinet.
    5. The minimum clearance requirements are as follows: at least 1500 mm from the front of the equipment to the wall, at least 1000 mm from the rear, at least 800 mm from either side, and at least 1000 mm from the top of the equipment to the ceiling.
    6. Standard overload capacity is 120% for 1 minute, allowed once every 10 minutes. Optional overload capacities of 125%, 150%, or 200% are available to meet different application requirements.
    7. The applicable motor power rating may vary depending on the motor type and construction, and is provided for reference only.

    Model selection

    Model Motor Power(Kw) Frequency Converter Capacity(Kva) Weight(Kg) Cabinet Type Cabinet Dimensions(L×W×H)
    SHMV100-06-185kW 185 230 2650 Cabinet A1 1900X1500X2000
    SHMV100-06-220kW 220 275
    SHMV100-06-250kW 250 320
    SHMV100-06-280kW 280 350 2760
    SHMV100-06-315kW 315 400
    SHMV100-06-355kW 355 450 2930
    SHMV100-06-400kW 400 500
    SHMV100-06-450kW 450 560 3160
    SHMV100-06-500kW 500 630 3360
    SHMV100-06-560kW 560 700 3985 Cabinet B1 2700X1500X2000
    SHMV100-06-630kW 630 800 4042
    SHMV100-06-710kW 710 900 4160
    SHMV100-06-800kW 800 1000 4382
    SHMV100-06-900kW 900 1150 4590
    SHMV100-06-1000kW 1000 1250 4792
    SHMV100-06-1120kW 1120 1400 4985
    SHMV100-06-1250kW 1250 1600 5285
    SHMV100-06-1400kW 1400 1800 6120 Cabinet C1 3033X1650X2200
    SHMV100-06-1600kW 1600 2000 6390
    SHMV100-06-1800kW 1800 2250 6745
    SHMV100-06-2000kW 2000 2500 7090
    SHMV100-06-2250kW 2250 2800 9220 Cabinet D1 5400X1400X2400
    SHMV100-06-2500kW 2500 3200 9570
    SHMV100-06-2800kW 2800 3500 10070
    SHMV100-06-3200kW 3200 4000 10670
    SHMV100-06-3600kW 3550 4500 11240
    SHMV100-06-4000kW 4000 5000 12500 Cabinet F1 6850X1400X2400
    SHMV100-06-4500kW 4500 5650 13000
    SHMV100-06-5000kW 5000 6300 14000
    SHMV100-06-5600kW 5600 7000 17755 Cabinet G1 8200X1600X2400/2600
    SHMV100-06-6300kW 6300 8000 18795
    SHMV100-06-6600kW 7100 9000 19450
    SHMV100-10-185kW 185 230 2220 Cabinet A 2700X1500X2000
    SHMV100-10-220kW 220 275 2240
    SHMV100-10-250kW 250 320 2260
    SHMV100-10-280kW 280 350 2286
    SHMV100-10-315kW 315 400 2316
    SHMV100-10-355kW 355 450 2346
    SHMV100-10-400kW 400 500 2383
    SHMV100-10-450kW 450 560 2433
    SHMV100-10-500kW 500 630 2483
    SHMV100-10-560kW 560 700 2593
    SHMV100-10-630kW 630 800 2719
    SHMV100-10-710kW 710 900 2875
    SHMV100-10-800kW 800 1000 3062
    SHMV100-10-900kW 900 1150 3192 Cabinet B 3033X1650X2200
    SHMV100-10-1000kW 1000 1250 3258
    SHMV100-10-1120kW 1120 1400 3409
    SHMV100-10-1250kW 1250 1600 4390
    SHMV100-10-1400kW 1400 1800 4648
    SHMV100-10-1600kW 1600 2000 4948
    SHMV100-10-1800kW 1800 2250 5270
    SHMV100-10-2000kW 2000 2500 5604 Cabinet C 4000X1500X2200
    SHMV100-10-2250kW 2250 2800 5916
    SHMV100-10-2500kW 2500 3150 7990
    SHMV100-10-2800kW 2800 3500 8150
    SHMV100-10-3200kW 3200 4000 8700
    SHMV100-10-3600kW 3550 4500 8820 Cabinet D 6925X1500X2455
    SHMV100-10-4000kW 4000 5000 11990
    SHMV100-10-4500kW 4500 5600 12500
    SHMV100-10-5000kW 5000 6300 13300
    SHMV100-10-5500kW 5600 7000 13800
    SHMV100-10-6300kW 6300 8000 18410 Cabinet E 9100X1650X2455
    SHMV100-10-7100kW 7100 9000 19700
    SHMV100-10-8000kW 8000 10000 20400 Cabinet F 9200X1700X2800
    SHMV100-10-9000kW 9000 11250 22500
    SHMV100-10-10000kW 10000 12500 27120 Cabinet G 12200X1600X2455
    SHMV100-10-11000kW 11000 13750 28860

    Primary circuit diagram

    Primary Circuit Diagram

    Harmonic-Free Solution

    The secondary winding of the phase-shifting transformer employs an extended delta connection, altering the phase angle of each secondary winding per phase.

    • This mitigates the impact of harmonics generated by the unit on the power grid.
    • Taking two units connected in series as an example for analysis: the phase-shift angle o = 60°/2 = 30°
    • The current is referred to the primary input side and expanded into a Fourier series:
    Fourier Series Expansion
    Harmonic Waveforms
    Harmonic Spectrum Analysis

    The 5th, 7th, and 11th harmonic components have phase angles differing by 180°, and through phase-shifting rectification technology, these harmonics cancel each other out.

    Take the input phase-shifting transformer of a 10kv variable frequency drive (VFD) as an example. its primary winding is rated at 10kv, while the secondary side consists of 24 three-phase windings, each with an output voltage of 690v, Every winding adopts an extended delta connection and has a phase shift angle difference of 7.5°, This configuration can effectively eliminate harmonics below the 47th order, which means that 48-pulse rectification is capable of suppressing harmonics lower than the 47th order (calculated by the formula 6n-1, where n refers to the number of units per phase).

    Industry Applications

    Power Generation
    • Induced draft fans, primary/secondary air fans
    • Circulating water pumps, boiler feed pumps
    • Condensate pumps, slurry circulation pumps, vertical coal mills
    Oil, Gas & Chemicals
    • Electric submersible pumps (ESPs), injection pumps
    • Crude oil transfer pumps, pipeline compressors
    • LNG, air separation, syngas & ammonia refrigeration compressors
    • Product gas, propylene & carbon dioxide compressors
    Mining
    • Conveyor belts, main mine ventilation fans
    • Methane drainage pumps, slurry pumps, crushers
    • SAG mills, ball mills, high-pressure roller mills
    Cement
    • Raw mill circulating fans, coal mill exhaust fans
    • Cement mill exhaust fans, kiln inlet/outlet fans
    • Kiln tail exhaust fans, clinker cooler fans, roller presses
    Metallurgy
    • Dust collection fans, sintering main induced draft fans
    • Blast furnace blowers, circulating water & descaling pumps
    • Slag granulation pumps, air separation compressors, grinding mills
    Municipal/Water Treatment
    • Raw water intake, water supply & booster pumps
    • Primary lift, secondary clear water & irrigation pumps
    • Seawater desalination pumps
    Waste-to-Energy
    • Various standard fans and pumps

    Main Features

    • Low-voltage ride-through (LVRT)
    • Auto-restart after power loss (within 20 seconds)
    • Power cell bypass function
    • Flying-start (spin-start) capability
    • Synchronous switching function
    • Redundant control power supply (optional)
    • Redundant power unit design (N+1, optional)
    • Redundant cooling fans (optional)
    • Other functions customizable per customer requirements
    • Dedicated control function module for mills
    • Magnetizing inrush current suppression cabinet
    • One-drive-one manual bypass cabinet
    • One-drive-two manual bypass cabinet
    • One-drive-one automatic bypass cabinet
    • One-drive-two automatic bypass cabinet
    • One-drive-one synchronous switching cabinet
    • Output reactor cabinet
    • Isolation cabinet

    Frequently Asked Questions

    What is the standard overload capacity of the SHMV100 series?
    The standard overload capacity is 120% for 1 minute, allowed once every 10 minutes. Optional overload capacities of 125%, 150%, or 200% are available to meet specific application requirements.
    Does the specified cabinet height include the cooling fan?
    No, the overall height listed in the model selection table does not include the cooling fan. You should add an additional 300 mm to 600 mm for the height of the fan.
    What are the minimum clearance requirements for equipment installation?
    The minimum clearance requirements are: at least 1500 mm from the front to the wall, at least 1000 mm from the rear, at least 800 mm from either side, and at least 1000 mm from the top of the equipment to the ceiling.
    How does the phase-shifting transformer achieve a harmonic-free solution?
    The secondary winding uses an extended delta connection to alter the phase angle of each secondary winding per phase (e.g., a 7.5° shift angle difference for a 10kV VFD). This configuration enables 48-pulse rectification, causing harmonic components like the 5th, 7th, and 11th orders to cancel each other out, effectively eliminating harmonics below the 47th order.
    What redundancy design options are available?
    Optional redundancy features include a redundant control power supply, a redundant power unit design (N+1), and redundant cooling fans.
    Can the system automatically restart after a power loss?
    Yes, the system features an auto-restart capability that allows it to resume operations after a power loss within 20 seconds.