15kw Frequency Inverter 3phase 220V 380V 460V for Pid Control

• Customization: Available
• Application: High-performance Transducer, Three Phase Transducer, General Transducer, Single-phase Transducer, High Frequency Converter Transducer
• Output Type: 1/3 Phase
• Model NO.: Z900E
• Principle of Work: Vector Control Transducer
• Switch Mode: Vector Control
• Main Circuit Type: Current
• Voltage of Power Supply: Low Voltage Variable-Frequency Drive
• Link of Transformation: AC-DC-AC Variable-Frequency Drive
• Nature of DC Power: Current Variable-Frequency Drive
• Function: Multifunctional
• Brand: Machtric
• Color: Black
• Size: Compact Size
• Control Type: Vector Control
• Certification: Ce ISO
• Input Power380V: 0.75~160kw
• Display: LED
• Protection: Over Voltage
• Input Power 220V: 0.4-3.7kw
• Export Markets: Global
• Output Frequency: 0~400Hz
• Transport Package: Standard Export Package
• Specification: CE ISO
• Trademark: machtric
• Origin: China
• HS Code: 850440999
• Production Capacity: 10000

Product Description

Z900E Frequency Inverter  

Overview

15 kW (20 hp) frequency drive inverter input, voltage 3 phase 220V /380V /460V AC ±15% (Optional), and output voltage 3 phase AC 0~input voltage. With RS485 communication, 3 phase inverter has V/F control and sensorless vector control.

Feature

1. The host computer (PC/PLC) can monitor the variable frequency inverter in the control system and realize complex control functions such as remote control and fine adjustment.
2. The remote control panel can be connected to the variable frequency drive inverter through the RS485 interface. Just plug the remote control panel into the RS485 interface without any parameter settings. The local control panel and remote control panel of the inverter can work at the same time.
3. The operation panel and control terminals of the frequency drive inverter can control the start, speed regulation, stop, brake, operation parameter setting, and peripheral equipment of the motor.

 
Product specification:

Items		Z900E  Frequency Inverter
Power Supply	Rated voltage, Frequency	Single phase/Three phase  220V 50/60Hz
	Voltage Range	220V:170V~240V   380V:330~440V
Output	Voltage Range	220V:0~220V,380V:0~380V
	Frequency Range	0.10`400.00Hz
Control method		Sensor less flux vector control (SFVC) Voltage/Frequency (V/F) control
Indication		Operating status/Alarm definition/interactive guidance: eg , frequency setting, the output frequency/current, DC bus voltage, the temperature and so on.
Control Specifications	Output Frequency Range	0.10Hz~400.00Hz
	Frequency Setting Resolution	Digital input:0.01Hz, analog input:0.1% of maximum output frequency
	Output Frequency Accuracy	0.01Hz
	V/F Control	Setting V/F curve to satisfy various load requirements
	Torque Control	Auto increase: auto raise torque by loading condition; manual increase; enable to set0.0~20.0% of raising torque
	Multifunctional input Terminal	Six multi-function input terminals, realizing functions including fifteen section speed control, program running, four-section acceleration/deceleration speed switch, UP/DOWN function and emergency stop and other functions
	Multifunctional Output Terminal	2 multi-function output terminals for displaying of running, zero speed, counter, external abnormity, program operation and other information and warnings
	Acceleration/deceleration Time Setting	0~-999.9s acceleration/deceleration time can be set individually
Other Functions	PID Control	Built-in PID control
	RS485	Standard RS485 communication function(MODBUS)
	Frequency Setting	Analog input:0 to 10V,,0 to 20mA can be selected; Dig ital input: Input using the setting dial of the operation panel or RS485 or UP/DOWN
	Multi-speed	Six multifunction input terminals, 15section speed can be set
	Automatic voltage regulation	Automatic voltage regulation function can be selected
	Counter	Built -in 2group of counters
Protection/ Warning Function	Overload	150%,60 second(Constant torque)
	Over Voltage	Over voltage protection can be set
	Under Voltage	Under voltage protection can be set
	Other Protections	Overheat, short circuit, over current, and parameter lock and so on
Environment	Ambient Temperature	-10ºC to 40ºC(non-freezing)
	Ambient Humidity	Max.95%(non-condensing)
	Altitude	Lower than 1000m
	Vibration	Max. 0.5G
Structure	Cooling Mode	Forced air cooling
	Protective Structure	IP20
Installation	Mode	Wall Mounted

 
Specification:

Model	Input	Rate output Power (kw)	Capacity (KVA)	Output Current (A)	Overload capacity (60s)(A)	Applicable motor (KW)
Z900-2S0.4GE	Single phase AC 220V.50/60Hz	0.4	1	2.2	3.75	0.4
Z900-2S0.75GE	Single phase AC 220V.50/60Hz	0.75	2	5	7.5	0.75
Z900-2S1.5GE	Single phase AC 220V.50/60Hz	1.5	2.8	7	10.5	1.5
Z900-2S3.7GE	Single phase AC 220V.50/60Hz	3.7	6.8	8.6	12.9	3.7
Z900-4T0.75GE	Three phase AC 380V.50/60Hz	0.75	2.2	2.7	4.05	0.75
Z900-4T1.5GE	Three phase AC 380V.50/60Hz	1.5	3.2	4	6	1.5
Z900-4T2.2GE	Three phase AC 380V.50/60Hz	2.2	4	5	7.5	2.2
Z900-4T3.7GE	Three phase AC 380V.50/60Hz	3.7	6.8	8.6	12.9	3.7
Z900-4T5.5GE	Three phase AC 380V.50/60Hz	5.5	10	12.5	18.75	5.5
Z900-4T7.5GE	Three phase AC 380V.50/60Hz	7.5	14	17.5	21	7.5
Z900-4T11GE	Three phase AC 380V.50/60Hz	11	19	24	36	11
Z900-4T15GE	Three phase AC 380V.50/60Hz	15	26	33	45	15
Z900-4T18.5GE	Three phase AC 380V.50/60Hz	18.5	32	40	60	18.5
Z900-4T22GE	Three phase AC 380V.50/60Hz	22	37	47	70.5	22

 

FAQ

How to determine the size of a three-phase inverter?

The size of a three-phase inverter is usually not given directly but is determined based on the specific parameters and design of the inverter. These parameters may include the power, current, voltage, cooling method of the inverter, etc. When determining the size of a three-phase inverter, the following factors need to be considered:

1. Power demand: The power demand of the inverter is a key factor in determining its size. Higher power demand usually requires a larger inverter to accommodate more internal components, such as circuit boards, capacitors, and inductors.
2. Heat dissipation requirements: The inverter generates heat when working, and proper heat dissipation design is required to prevent heat. The design and size of the heat dissipation system will also affect the overall size of the inverter.
3. Installation method: The size of the inverter also needs to consider its installation method. For example, whether the inverter is wall-mounted, rack-mounted, or stand-alone will affect its size.