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CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

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Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

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CCHN Industry
 
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CCHN Industry

CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

Blog

Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

...
1 hp VFD, Single Phase 120V Input, 1ph/3ph 220V Output
 
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1 hp VFD, Single Phase 120V Input, 1ph/3ph 220V Output


$284.61
1 hp single phase 120v input, single phase and three phase 220v output variable frequency drive. Running your 1-phase/3-phase
SKU: GK3000-SP1S1-d75
Free Shipping Worldwide
Delivery date: 6-12 days

1 hp VFD, 0.75 kW, single phase 110v/120v input to single phase 220v-240v output, single phase 110v/120v to three phase, manufacturer direct sale.

Specification:

BasicsModelEM15-SP1S1-d75
Capacity1 hp (0.75 kW)
Shipping weight3 kg
Dimension (W x H x D)120*205*166 mm
I/O FeatureRated current4 A
Input voltage1 phase 120V AC ±15%
Input frequency50Hz/60Hz
Output voltage1 phase or 3 phase 220V AC ±15%
Output frequency0.00~400.00Hz
Control FeatureControl modeV/F control; vector control
CommunicationOffer RS485 communication interface, support MODBUS-RTU communication protocol
Speed regulation1:100
Start torque150% of rating torque at 1 Hz
Speed control accuracy≤±0.5% of rating synchronous speed
Frequency precisionDigital setting: max frequency x± 0.01%;
Analog setting: max frequency x± 0.2%
Frequency resolutionAnalog setting: 0.1% of max frequency;
Digital setting: 0.01Hz
Torque boostAutomatic torque boost, manual torque boost 0.1%~30.0%
Interior PID controllerBe convenient to make closed-loop system
Automatic energy save runningOptimize V/F curve automatically based on the load to realize power save running
Automatic voltage regulation (AVR)Can keep constant output voltage when power source voltage varies.
Automatic current limitingLimit running current automatically to avoid frequent over-current which will cause trip
EnvironmentEnclosure ratingIP 20
Temperature–10℃~ +40℃; VFD will be derated if ambient temperature exceed 40℃; each rise 1℃, the derate will be 5%
Humiditysmaller than 95%RH, non-condensation
Altitude≤1000m; VFD will be derated if above 1000m
VibrationLess than 5.9 m/s2 (0.6 g)
Coolingforced air cooling
Store environment–20℃~ +60℃; no dust, no corrosive gas, no direct sunlight

Tips: Choose a VFD base on motor rated current

When a motor power is stated, it is always the mechanical power, shaft power i.e. NOT the input electrical power.
Variable frequency drives (VFD) are also (mostly) rated in terms of kW albeit it's wrong. Because VFD output is electrical (not mechanical). Mechanical power (i.e. motor shaft power) is always "active" power, where in electricity we also have reactive (doing nothing but losses) power. The apparent (total) power (stated in terms of kVA) is vectorial sum of active and reactive power components.
For all those facts above, ATO highly recommend to select a VFD by matching motor current. This is the right way. Despite mathematically correct, we wouldn't select a VFD for partial load of motor. We would simply go for motor nominal (rated) current.
Finally the answer is: choose a VFD output current ≥ motor rated current.