Technical Information

What makes our products different?

In the modern industrial world we live in, efficiency, quality and precision in production or operation processes are essential factors for the success of any company. That is why we bring our clients the best on the market so that their businesses can prosper. Frequency Inverters are now necessary equipment in most industries to control the speed of electric motors in order to optimize energy consumption and maximize their productivity.

ENCOM stands out by the design and manufacture of cutting-edge Frequency Inverters since its creation in 2004. Winning multiple certificates that demonstrate the outstanding characteristics of its products in the market allows us to trust them for our clients. We focus on bringing our clients high quality and high technology products to improve their business. ENCOM's Frequency Inverters EN500/EN600 can achieve high-precision control, fast response speed, good low-frequency performance, with intelligent detection and good protections during operation.

Frequency Inverters EN500/EN600

Frequency Inverters EN500/EN600 stand out in the market for their technological innovation that makes operational processes more effective in different industries. These Frequency Inverters adopt a 32-bit DSP hardware platform and advanced control algorithm. Additionally, it is possible to achieve PG closed-loop vector control and non-PG open-loop vector control, along with speed vector and torque vector mode.

These features are outstanding as these Frequency Inverters have the ability to quickly limit the impact current and be used with confidence and in many areas in high-end manufacturing. Moreover, EN500/EN600 Frequency Inverters have demonstrated that they can achieve high precision control, fast response speed, good low frequency performance, with intelligent detection and good protections. Despite its large number of implements to ensure the best performance in your business, they can be installed and used with great ease.

It should be noted that EN500/EN600 Frequency Inverters have a large amount of network capabilities, rich peripheral bus expansion, terminal expansion, relay expansion, analog expansion, etc. That is why these are ideal options for many different industries including heavy industrial machinery, IT equipment, materials processing, among others.

Features of our Frequency Inverters

This technical sheet provides a detailed overview and explanation of ENCOM products, highlighting their technical characteristics, superior performance and the innovation that makes them the choice of DISEÑOS Y SOLUCIONES ELÉCTRIAS LIMITADA for various industrial applications of our clients.

Speed vector mode has fast response with low frequency high torque output:

  • V/F control: 150% rated torque at 1.0 Hz;
  • Traditional vector control: 150% nominal torque at 0.5 Hz;
  • Vector control EN500/EN600 PG: 180% of nominal torque at Ohz

It has an adjustable output torque:

  • Torque control precision:
    • +10% of rated torque (vector control, torque control);
    • +5% of rated torque (PG vector control, PG torque control)
  • Pair's response:
    • ≤20 ms (control vectorial);
    • ≤10 ms (control vectorial PG)

It can work according to the length of the set:

  • Accuracy: 0.001m
  • Length up to 65535m

This can run to the original location or stop at the specified location. Its point positioning relative to the Z axis angle is 0.00 ~ 360.00 degrees

Eliminates energy regeneration of the punching machine load in the punching process due to reaction force:

  • Type G overload capacity: 150% of current rating for 1 minute
  • Allowable voltage range: single phase 220V grade 220-260
  • V Allowable voltage range: three-phase 380V grade 320-460V

Avoids damage to equipment when the pump runs without loading or starts with the discharge valve closed.

When using desktop computers, laptops or other personal computers as the operating platform, you only need to install our ENC monitor system software on your computer; then, you can operate the Frequency Inverter, set the parameters and monitor the status. One computer can control 255 Frequency Inverters.

When the unstable power grid causes power outages or oscillations, you can choose this function and make the Frequency Inverter work continuously.

The disconnection detects, under the application of constant pressure water supply, if the external pressure gauge disconnects and causes water pressure to be too high or even damage the pipe network, EN500/EN600 can detect the external pressure gauge. If disconnected, the drive will send an alarm and shut down.

Starting the machine during rotation will generate electricity, normally very difficult to start and reverse power generation could cause some dangers. The function of EN500/EN600 speed tracking can avoid the dangers caused by generation of energy invested..

Using the parameter copy function, you can set all parameters in one Frequency Inverter and load them into the keyboard, then use the keyboard to download the parameter to other devices, which can keep all parameters consistent.

When the load is unloaded or the chain/belt breaks during normal work, it is usually necessary to stop the Frequency Inverter immediately. In these circumstances, this function will play a role. You can set EN600 under load protection and low load point can be set according to your needs, then the Frequency Inverter will stop automatically when the above situation appears.

Fast current limiting function can prevent the Frequency Inverter from being overloaded with current alarm frequency. When the current exceeds the current protection point, this function can quickly limit the current within the current protection point, to protect the equipment and avoid overcurrent alarms due to sudden charging or discharging.

EN500/EN600 Frequency Inverter has a torque limit function. When the torque command exceeds the maximum torque that the machine can withstand, the drive frequency can limit the torque within the set maximum torque and protect the equipment under the premise of maximizing mechanical efficiency.