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PowerXchanger  |  SKU: UMPX-12

UMPX-12 Portable Step Up Voltage Frequency Converter

Coming Soon!

We are delighted to announce our forthcoming releases and cannot keep them concealed any longer. Please continue reading below to gain further insights into our latest product.

Model: UMPX-12

Input voltage: 120V/240V
Input frequency: 45Hz - 70Hz

Output voltage: 200V/220V/230V/240V (Selectable)
Output frequency: 60Hz or 50Hz (selectable)

Capacity: 2700W (9.0 Amp (120V Input) / 12.5 Amp (200V+ Input))
Maximum Output Current: 9.0 Amp (120V Input) / 12.5 Amp (200V+ Input)

➤ View UMPX-12 Specifications

Universal with Advanced Solid State Technology

Introducing: iTransformer - The Portable Voltage and Frequency Converter

120 volts 60 Hz output anywhere on the planet
Input range : 90 volts to 285 volts
Output range  : 100 volts to 120 volts selectable
Includes software for reverse polarization auto detection and correction

Massive Capacity

iTransformer Portable Voltage and Frequency Converter has 21.6 Amps continuous output, and massive in-rush current capacity.

Powerful

iTransformer Portable Voltage and Frequency Converter allows you to operate many devices at the same time.

Lightweight & Portable

At 17 Lbs , in equivalent output current it is substantially lighter than a standard transformer that can weigh up to 40 Lbs This unit is highly portable and meets Mil Specs for vibration during transportation.

Travel Case

The hardened travel case includes all 11 world plug types

Traveling to different countries

Convenient telescoping handle

Excellent place to store your iTransformer

UMPX-12

Universal with Advanced Solid State Technology

120 volts 60 Hz output anywhere on the planet

UMPX-12 Portable Step Up Voltage Frequency Converter
Specification
Models UMPX-12
Output
Output capacity 2700W/3000VA
Output voltage 200V/220V/230V/240V (Selectable)
Maximum output current 9.0 Amp (120V Input) / 12.5 Amp (200V+ Input)
Output peak current 250ms 40 Amp
Maximum continuous load 2700W
Maximum peak load 3500W (Tested Under 240Vac Input)
Voltage regulation ±2% of selected output voltage
Output frequency 60Hz or 50Hz (selectable)
Output frequency synchronization 60±0.01Hz or 50±0.01Hz (independent of input frequency)
Crest factor 3:1
Voltage waveform Sine Wave
Total harmonic distortion resistive load <2%
Total harmonic distortion reactive load <3%
Standby power 27W
Output emi filter 150Khz - 30Mhz
Output rfi filter 30Mhz - 1000Mhz
Clamp level 400V Peak
Efficiency input to output >87%
Output Connection From Mains
Ground Input and Output Ground are Connected
Neutral Input and Output Neutral Connected (after EMC inductor ) Isolation Transformer is not required
Input
Nominal input voltage 120V/240V
Input voltage range 90Vac ~ 285Vac
Input current 20 Amp
Input frequency range 45Hz - 70Hz
Input neutral auto detect and correct Yes
Wall outlet type required Includes 8 Input Plug Types
Phase Single
Noise filtering Full-Time EMI/RFI Filtering
Input emi filter 150Khz -30Mhz (class A)
Input rfi filter 30Mhz - 1000Mhz (class A)
Overcurrent protection input By Re-Settable; Overcurrent Protector
Power factor ≧ 0.98
Switch on surge in rush current <100A, 3mS
Voltage interruption ride through 10mS
Protection
Overcurrent protection output Overload Alarm Level: 100% ~ 129% (alarm after 1 minute delay, shutdown after 1 minute alarm); Overload Shutdown Level: 130% (shutdown after 2 second delay)
Short circuit protection Pulsating Type, 37A Peak; Auto-Restart time: 30 seconds
Over temperature protection When the temperature inside is over 76℃, the LCD will show the Over-Temperature Symbol. If the temperature continues rising to 85℃, the buzzer alert for high temperature is activated and the CPU will shut down the output voltage. The CPU will resume output voltage automatically once the temperature drops to 75℃ or lower.
Indicators and Alarms
Lcd display Displays Input Voltage, Output Voltage, Output Frequency, Temperature, Load Level. Selectable Output Voltage and Output Frequency
Indicator load level LCD Displays Current Usage Level of Total Available Capacity
Indicator overload LCD Shows Overload Symbol
Indicator over temperature LCD Shows Over-Temperature Symbol
Audible alarms Overload Alarm, Short-Circuit Alarm, Over-Temperature Alarm
Audible alarm overload Continuous Alarm
Audible alarm short circuit Every other 2 seconds, 32 beeps in 2 seconds
Audible alarm over temperature Every other 2 seconds, 32 beeps in 2 seconds
Environmental and Safety
Sealed solid state electronics No
Operating temperature Up to 1500 meters: 0℃ to 40℃ (32℉ to 104℉)
Transit storage temp -15℃ to 55℃ (5℉ to 131℉)
Relative humidity 5 – 95% Non-Condensing
Operating altitude 0 ~ 3000 Meters
Moisture sensitivity Internal Fan
Audible noise ≦45 dBA (at 1 meter from surface of unit)
Safety markings CE & BSMI
Cooling
Cooling method Forced Air Cooling by Internal Fan
Natural ventilation cooling No
Internal fans Internal fan will run at low speed continuously when the temperature inside is low. Fan speed increases as temperature rises. When internal temperature is over 60° C, the internal fan runs at full speed
External emergency cooling fan N/A
Physical
Product dimensions
(L x W x H)		 17 in x 10 in x 4 in / 43 cm x 25 cm x 10 cm
Product weight 15 lb / 6.8 kg
Carton dimensions
(L x W x H)		 25 in x 14 in x 20 in / 63 cm x 36 cm x 51 cm
Shipping weight 45 lb / 20.4 kg
Warranty, Quality Control, and International Approvals
Warranty 2 Years, Full Replacement
Quality control standard ISO9001
UL-ULus Not Applicable
UL 1012 Not Applicable
UL-cUL Not Applicable
DEMKO-CB Not Applicable
TUV/SUD-CB Not Applicable
FCC Part 15 Not Applicable
EMC Not Applicable
Other
Standard accessories 8 Input Power Cord Types: A, B, 8303, NEMA 5-20P, NEMA 6-20P, C/F/E, G, N C-19 Connecting Cord Hard Travel Case
Wall mountable No
Appliance mountable No
Compatibility
Output compatibility with ups Yes
Ac input generator compatible Yes

General

Can I use a PowerXchanger to convert 50Hz European equipment to operate in U.S. 60Hz factories?

Yes, that’s exactly what PowerXchanger is designed to do. It converts both the voltage and the frequency so your 50 Hz European equipment can run reliably on U.S. 60 Hz power at industrial and factory sites.

This ensures motors, tools, and sensitive electronics operate at their intended speed and performance. Always confirm the voltage and power rating of your equipment to choose the right PowerXchanger model.

How do I know if I need a frequency converter or a voltage transformer?

A voltage transformer only changes the voltage, while a frequency converter changes both voltage and frequency.

If your equipment label shows it supports both 50/60 Hz, you usually only need a transformer to match the voltage. If it specifies a single frequency (50 Hz or 60 Hz only), then you will need a frequency converter to run it properly.

Always check the rating plate on your device to determine which solution is required.

Returns and Refunds

How do I return a product?

Items must be returned within 30 days after receiving your order. Items must be returned in the same condition in which they were received, be unworn/unused, have any tags still attached, and include all the original packaging.

How long will it take to receive my refund?

Refunds are processed within 7 days from when we receive the item(s).

Shipping

How long will it take to receive my order?

Standard shipping normally takes 3-5 days. Next day shipping is available on all domestic orders (for an additional charge). International shipping times depend on the products and destination (estimated at checkout).

What countries do you ship to?

We currently ship to the United States, Canada, Australia and the UK. To enquire about shipping to a different destination, please contact us.

Technology

What is the difference between a voltage transformer and a frequency converter?

Voltage transformers adjust the voltage level (e.g., from 230 V down to 110 V), protecting your devices from overvoltage
damage.

Frequency converters ensure that the electrical frequency (50 Hz vs. 60 Hz) matches what your device was built for.

Why does the frequency matter?

Because so many devices, from washing machines and CPAP
Machines to audio equipment, kitchen appliances, and tools all rely on precise
timing or motor speed governed by the mains frequency. Run a 60 Hz-designed
motor or compressor at 50 Hz, and it will spin slower, draw more current,
overheat, or fail altogether.

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