Biến tần Nidec Quantum MP được cung cấp và phân phối chính hãng bởi Nam Phương Việt

Nidec Quantum MP Inverter

Designed with state-of-the-art technology and high-quality materials, the Nidec Quantum MP inverter delivers high performance and precise control for DC motor drive systems, resulting in increased productivity, reduced machine downtime, and significant energy cost savings.

Yêu cầu báo giá Liên hệ

Want to improve production efficiency, reduce costs and ensure stable system operation? Nidec Quantum MP inverter is the comprehensive solution you are looking for.

With precise DC motor control, high efficiency and outstanding reliability, Quantum MP has become the first choice of manufacturers worldwide. The product not only helps you increase productivity but also contributes to environmental protection thanks to its energy-saving ability.

Outstanding features of Nidec Quantum MP inverter

Superior performance, energy saving

Conversion efficiency up to 98% thanks to modern vector control technology, helps to minimize energy loss and save operating costs.
Optimize the motor operation process such as minimizing acceleration and deceleration time with intelligent control algorithms.

Biến tần Nidec Quantum MP có hiệu suất đến 98%

High durability, stable operation

Nidec Quantum MP inverters are designed to withstand short-term overloads, ensuring continuous and stable operation.
The inverter can operate stably in a temperature range from 0°C to 55°C and humidity up to 90%, meeting the requirements of many different production environments.
Nidec Quantum MP inverters have a multi-level protection system including overcurrent, overvoltage, overheating, and short circuits… to protect equipment and motors from unexpected damage.

Flexible in application

Nidec Quantum MP inverters offer a variety of communication options such as Ethernet/IP, Modbus TCP, PROFIBUS DP, and DeviceNet, Quantum MP easily integrates into modern automation systems.
User-friendly CTSoft, CTScope, SyPTLite, and SyPTPro monitoring & configuration software allow quick and easy customization of operating parameters, meeting the specific requirements of each application.

Biến tần Nidec Quantum MP hỗ trợ đa giao thức truyền thông

Highly reliable, globally certified

Nidec is one of the world’s leading brands in drive solutions, you can completely trust the quality and reliability of the products.
Nidec Quantum MP inverters meet international standards for safety and quality, certified by prestigious organizations.

Easy to maintain and repair

Nidec Quantum MP inverters have independent function modules that make maintenance and repair easy and fast. The product is also integrated with an intelligent error diagnosis system, which helps to quickly determine the cause of the error and provide a solution.

Applications of Nidec Quantum MP inverter

With outstanding advantages, the Nidec Quantum MP inverter is widely used in many industries such as:

Textile industry: Control the speed of weaving machines, dyeing machines, printing machines…
Paper industry: Control the speed of rolling machines, cutting machines, grinding machines…
Plastic industry: Control the speed of injection moulding machines, blowing machines, grinding machines…
Food industry: Control the speed of conveyor belts, mixers, packaging machines…
Automation industry: Control robots, CNC machines, AGV systems…

Nidec Quantum MP inverters not only meet manufacturers’ strict requirements but also bring long-term economic benefits. Quantum MP is the perfect choice if you are looking for an efficient and reliable motor control solution.

For detailed information and specific advice on Nidec inverter products, you can contact Nam Phuong Viet for support.

Nidec Quantum MP inverter specifications

MP 1200A series technical datasheet

Parameter	Description
Ambient Operating	32 to 131 °F (0 to 55 °C ) Some models are derated above 104 °F (40 °C)
Cooling Method	MP25-MP45 natural convection; MP75 and larger forced convection
Humidity	90% relative humidity at 122 °F (50 °C)
Storage Temperature	-40 to 131 °F (-40 to 55 °C)
Altitude	0 to 9,842 ft (0 to 3,000 m), derate 1% per 328 ft (100 m) between 3,280 ft (1,000 m) and 9,842 ft (3,000 m)
Enclosure	MP25-MP210: IP20; MP350 to MP900 = IP10; MP1200 and larger = IP00
SCR Supply Voltage	24 to 480 Vac -20% +10%, MP500 to 575 Vac, 500 to 690 Vac ±10%, 3Ø
Frequency	45 to 65 Hz
Supply Fault Current	100 kA
Auxiliary Supply Voltage	208 to 480 Vac ±10%, 1Ø
Armature Voltage (max.)	2-quadrant drives 1.35 X input Vac; 4-quadrant drives 1.15 X input Vac
Field Voltage (max.)	0.9 X input Vac with 1Ø input MP in field mode – 1.35 X input Vac with 3-phase input
Analog Inputs	Qty 1, high precision differential voltage ± 10 V, 14 bit + sign Qty 2, general purpose voltage or current ± 10 V, 0 to 20 mA, 4 to 20 mA, thermistor (analogue 3 only), 10-bit + sign
Analog Outputs	Qty 2, ±10 V, 0 to 20 mA, 4 to 20 mA, 10 bit + sign
Digital I/O	Qty 3, 24 Vdc inputs Qty 3, 24 Vdc input/outputs
Drive Enable	Digital input 24 Vdc
Relays	Qty 2, 5 A @240 Vac, 5 A @30 Vdc resistive, 0.5 A @30 Vdc inductive (L/R = 40 ms)
Speed Loop	250 µs loop update
Current Loop	35 µs current sampling time
Feedback Methods	Encoder (resolution 0.01%) DC tach (resolution 0.1%); AC tach (resolution 1%) (300 V max.) Armature voltage (resolution 5% ) Qty 3, optional additional incremental & absolute encoders
Field Control	Currently regulated with flux control MP25-MP210 8 A MP350-MP1850 20 A MP optional FXMP25 25 A
Serial Communications	2- or 4-wire RS422 or RS485, optically-isolated The protocol is ANSI x 3.28-2.54-A4 or Modbus RTU Baud rate is 300 to 115,200
Control	Patent-pending galvanic electrical isolation, 24 Vdc power supply
Supply	Loss, Undervoltage, overvoltage, transient suppression
Armature	Open circuit, I2t overload, instantaneous overcurrent, semiconductor fuse (regen only)
Field	Loss, overcurrent
Motor	Motor overtemperature switch or thermistor overtemperature trips
Drive Thermal	Heatsink, SCR junction, control board and option module(s)
Current Loop Loss	Loss of analogue current reference

MP 700A series technical datasheet

Parameter	Description
Ambient Operating	32 to 131 °F (0 to 55 °C ) Some models are derated above 104 °F (40 °C)
Cooling Method	QMP45 natural convection; QMP75 and larger forced convection
Humidity	90% relative humidity at 122 °F (50 °C)
Storage Temperature	-40 to 131 °F (-40 to 55 °C )
Altitude	0 to 9,842 ft (0 to 3,000 m), derate 1% per 328 ft (100 m) between 3,280 ft (1,000 m) and 9,842 ft (3,000 m)
Enclosure	IP00
SCR Supply Voltage	208 to 480 Vac -20% +10%, 3Ø
Frequency	48 to 65 Hz
Supply Fault Current	QMP45-QMP210 = 30kA; QMP350 and larger = 5 kA
Auxiliary Supply Voltage	208 to 480 Vac ±10%, 1Ø
Armature Voltage (max.)	2-quadrant drives 1.35 X input Vac; 4-quadrant drives 1.15 X input Vac
Field Voltage (max.)	0.9 X input Vac with 1Ø input
Analog Inputs	Qty 1, high precision differential voltage ± 10 V, 14 bit + sign Qty 2, general purpose voltage or current ± 10 V, 0 to 20 mA, 4 to 20 mA, thermistor (analogue 3 only), 10-bit + sign
Analog Outputs	Qty 2, ±10 V, 0 to 20 mA, 4 to 20 mA, 10 bit + sign Qty 1, instantaneous armature current feedback pin, 10 V = 2x motor-rated current
Digital I/O	Qty 3, 24 Vdc inputs Qty 3, 24 Vdc input/outputs Qty 7, 120 Vac Inputs
Drive Enable	Digital input 24 Vdc
Relays	Qty 2, 5 A @240 Vac, 5 A @30 Vdc resistive, 0.5 A @30 Vdc inductive (L/R = 40 ms) Qty 1, 120 Vac
Speed Loop	250 µs loop update
Current Loop	35 µs current sampling time
Feedback Methods	Encoder (resolution 0.01%) DC tach (resolution 0.1%); AC tach (resolution 1%) (300 V max.) Armature voltage (resolution 5% ) Qty 3, optional additional incremental and absolute encoders
Field Control	Currently regulated with flux control QMP25-QMP210 8 A QMP350-QMP700 20 A QMP Optional FXMP25 25 A
Serial Communications	2- or 4-wire RS422 or RS485, optically-isolated The protocol is ANSI x 3.28-2.54-A4 or Modbus RTU Baud rate is 300 to 115,200
Control	Patent-pending galvanic electrical isolation, 24 Vdc power supply
Supply	Loss, Undervoltage, overvoltage, transient suppression, semiconductor fuses
Armature	Open circuit, I2t overload, instantaneous overcurrent, semiconductor fuse (regen only)
Field	Loss, overcurrent
Motor	Motor overtemperature switch or thermistor overtemperature trips
Drive Thermal	Heatsink, SCR junction, control board and option module(s)
Current Loop Loss	Loss of analogue current reference

List of Nidec Quantum MP inverter product codes

List of Nidec Quantum MP 1200A inverter product codes

Frame	Order code	Input Voltage						Armature Current (A)	Field Current (A)	Quadrants of Operation
		230 V	460V	575 V		690 V
		Motor (HP)		Order code	Motor (HP)	Order code	Motor (HP)
		240 Vdc	500 Vdc	Order code	600 Vdc	Order code	700 Vdc
1A	MP25A4(R)	5	10	MP25A5(R)	15	N/A		25	8	2 and 4
	MP45A4(R)	10	25	MP45A5(R)	30			45
	MP75A4(R)	20	40	MP75A5(R)	50			75
1B	MP105A4(R)	30	60	MP105A5(R)	75	N/A		105	8	2 and 4
	MP155A4(R)	40	75	MP155A5(R)	100			155
	MP210A4(R)	60	125	MP210A5(R)	150			210
2A	MP350A4(R)	100	200	MP350A5(R)	250	MP350A6(R)	300	350	20	2 and 4
	MP420A4(R)	125	250	N/A		N/A		420
	N/A			MP470A5(R)	350	MP470A6(R)	400	470
	MP550A4(R)	150	300	N/A		N/A		550
2B	MP700A4(R)	200	400	MP700A5(R)	500	MP700A6(R)	600	700	20	2 and 4
	MP825A4(R)	225	500	MP825A5(R)	600	MP825A6(R)	700	825
	MP900A4(R)	250	550	N/A		N/A		900
2C	MP1200A4	350	750	MP1200A5	900	MP1200A6	1000	1200	20	2
2C	MP1850A4	550	1150	MP1850A5	1400	MP1850A6	1600	1850	20	2
2D	MP1200A4R	350	750	MP1200A5R	900	MP1200A6R	1000	1200	20	4
2D	MP1850A4R	550	1150	MP1850A5R	1400	MP1850A6R	1600	1850	20	4

List of Nidec Quantum MP 700A inverter product codes

Frame	Order Code	Input Voltage		Armature Current (A)	Field Current (A)	Quadrants of Operation
		230 V	460 V
		Motor (HP)
		240 Vdc	500 Vdc
1A	QMP25A4(R)	5	10	25	8	2 and 4
	QMP45A4(R)	10	25	45
	QMP75A4(R)	20	40	75
1B	QMP155A4(R)	40	75	155	8	2 and 4
1B	QMP210A4(R)	60	125	210		2 and 4
2A	QMP350A4(R)	100	200	350	20	2 and 4
2B	QMP550A4(R)	150	300	550	20	2 and 4
2B	QMP700A4(R)	200	400	700	20	2 and 4