PRODUCT DETAILS
22F-A011N113 — Micro AC Drive, 120V Single-Phase Input, 0.2 kW, IP20
The 22F-A011N113 is a V-mini series micro drive rated at 0.2 kW / 0.25 HP, designed for single-phase 100–120V AC input. Output current is 1.1A to a three-phase motor. It's one of the smaller drives in the 22F family and targets applications where the available supply is a standard single-phase outlet and the motor is genuinely small — think laboratory equipment, light-duty conveyors, and small fans in compact machinery.
The "113" suffix in the catalog number indicates an IP30 NEMA 1 enclosure — a step up from the standard IP20, with a cover over the top to prevent objects falling into the unit. Internally the drive is the same V-mini platform: V/Hz control, four digital inputs, one analog input, one relay output, and a compact 55 mm mounting width.
Specifications
| Parameter | Value |
|---|---|
| Part Number | 22F-A011N113 |
| Power Rating | 0.2 kW / 0.25 HP |
| Input Voltage | 100–120V AC, Single-Phase |
| Output Current | 1.1 A (three-phase output) |
| Output Frequency | 0–400 Hz |
| Control Mode | V/Hz |
| Digital Inputs | 4 × 24V DC |
| Analog Input | 1 × 0–10V |
| Relay Output | 1 × Form A |
| Enclosure | IP30 / NEMA 1 |
| Mounting Width | 55 mm |
| Operating Temperature | −10°C to 50°C |
| Approvals | UL, CE, C-Tick |
Single-Phase Input — What to Know
Taking single-phase input and producing three-phase output involves a DC bus intermediate stage. The drive rectifies the single-phase input to DC, then inverts to three-phase AC for the motor. This works, but there are practical implications:
First, the input current is higher than you'd expect from the output power alone. A 0.2 kW / 120V single-phase input draws roughly 3–4A from the supply, not 1.1A — the DC bus capacitors draw asymmetric charging current on every half-cycle. Size input protection (fuse, circuit breaker) based on the input current rating, not the motor current.
Second, single-phase to three-phase conversion is inherently less efficient than three-phase input drives. The DC bus ripple is higher, which is why the 22F's output current rating at single-phase input is somewhat derated versus what the same hardware delivers on a three-phase supply.
Third — and worth stating plainly — the motor connected to this drive must be a three-phase motor, not a single-phase motor. The output is always three-phase PWM regardless of the input.
Control Wiring Summary
The four digital inputs default to: Start (maintained), Stop (NC), Direction, and Fault Reset. All four are reprogrammable to other functions via the drive parameters. The internal 24V supply can power the inputs — no external supply needed for basic operation.
The 0–10V analog input provides speed reference from a PLC analog output, potentiometer, or process controller. There is no 4–20 mA analog input on this model; a signal converter is required if the speed reference source is a 4–20 mA output.
FAQ
Q: Can I run this drive from a standard 120V wall outlet?
Electrically, yes — the input is rated for 100–120V single-phase. However, the input current draw at full load is significantly higher than 1A, so a dedicated circuit with appropriate protection is needed rather than a shared outlet.
Q: Will this drive work with a single-phase motor?
No. The output is three-phase PWM regardless of input. Single-phase motors are not compatible with VFD output waveforms and will be damaged. Only three-phase induction motors should be connected.
Q: Is there a braking resistor option for this drive?
The 22F micro series does not include a dynamic braking transistor or braking resistor terminal. For applications requiring fast deceleration or regenerative braking, a larger drive platform with a DB terminal is needed.
Q: Can the analog input accept a potentiometer directly?
Yes. The drive's internal 10V reference output can power a 1–10 kΩ potentiometer, with the wiper connected to the analog input terminal. This is a common standalone speed control arrangement when no PLC is present.



