Delta VFD EL VFD002EL11A VFD002EL21A series small general non-sense vector Variable Frequency Drive inverter

Product name

Variable Frequency Drive inverter

Application

industrial automation industrial control

Product Type

VFD-EL series small general non - sense vector frequency converter

item number

VFD002EL11A VFD002EL21A

Input power supply (V)

115V/220V 1-Phase

Output current (A)

1.6

Same series model

VFD002EL11A
VFD002EL21A
VFD002EL23A
VFD004EL11A
VFD004EL21A
VFD004EL23A
VFD004EL43A
VFD007EL11A
VFD007EL21A
VFD007EL23A
VFD007EL43A
VFD015EL21A
VFD015EL23A
VFD015EL43A
VFD022EL21A
VFD022EL23A
VFD022EL43A
VFD037EL23A

Motor power (kW)

0.2

control method

IMVF ; IMSVC (Space Vector Control) ; PMSVC

protection class

IP20

Type of motor

Induction Motor(IM) ; Interior Permanent Magnet Motor(IPM) ; Surface Permanent Magnet Motor(SPM)

loadtype

Constant Torque ; Fan & Pump Application

Function

run an AC motor at variable speeds or let them ramp up their speed to give them a smooth startup

product feature

Easy to install

Side by side installation is allowed for through-wall installation and wall-mounted installation

USS and MODBUS RTU communication terminals

7.5KW~30kw frequency converter integrated brake unit

Comply with electromagnetic compatibility (EMC) class C1/C2

Easy to use

No need to connect to the main power supply to send the implementation parameters loading

Built-in application macro and connection macro

The abnormal non-stop mode can achieve uninterrupted operation

Mobile phones, tablets and other mobile devices can easily connect to V20 through wireless connection, and the debugging operation
is intuitive and efficient

Wide voltage range, advanced cooling design and coated PCB board are used to improve the stability of the inverter.

Cost savings

Basic mode for V/f, V2/F, sleep mode

Support energy consumption and traffic monitoring

Heavy load mode and light load mode for profile size E

WHY SHOULD I USE A VFD?

Reduce Energy Consumption and Energy Costs If you have an application that does not need to be run at full speed, then you can cut
down energy costs by controlling the motor with a variable frequency drive, which is one of the benefits of Variable Frequency
Drives. VFDs allow you to match the speed of the motor-driven equipment to the load requirement. There is no other method of AC
electric motor control that allows you to accomplish this.

Electric motor systems are responsible for more than 65% of the power consumption in industry today. Optimizing motor control
systems by installing or upgrading to VFDs can reduce energy consumption in your facility by as much as 70%. Additionally, the
utilization of VFDs improves product quality, and reduces production costs. Combining energy efficiency tax incentives, and
utility rebates, returns on investment for VFD installations can be as little as 6 months.

Increase Production Through Tighter Process Control By operating your motors at the most efficient speed for your application,
fewer mistakes will occur, and thus, production levels will increase, which earns your company higher revenues. On conveyors and
belts you eliminate jerks on start-up allowing high through put.

Extend Equipment Life and Reduce Maintenance Your equipment will last longer and will have less downtime due to maintenance when
it’s controlled by VFDs ensuring optimal motor application speed. Because of the VFDs optimal control of the motor’s frequency and
voltage, the VFD will offer better protection for your motor from issues such as electro thermal overloads, phase protection,
under voltage, overvoltage, etc.. When you start a load with a VFD you will not subject the motor or driven load to the “instant
shock” of across the line starting, but can start smoothly, thereby eliminating belt, gear and bearing wear. It also is an
excellent way to reduce and/or eliminate water hammer since we can have smooth acceleration and deceleration cycles.