EverExceed RMI-M series is a new parallel inverter with advanced technology and high efficiency. This inverter has been designed to offer stable output voltage and offers our standard features, high level of intelligence, reliability and smart characteristics. With 19 inch rack mounted slim & smart design, it can be can be composed of N+1 parallel redundancy power system as customer expect.

Brand:EverExceed
DC Input Voltage:110V/220VDC
AC Output Voltage:220VAC
Rated Power:1/2/3/5/6/8/10KVA Optional
Rated Output Frequency:50Hz

Key features


Digital control	N+1 parallel redundancy design	High operational reliability	Complete protection
Using 32-bit DSP and high- frequency SPWM technology, with strong anti-interference ability, fast operation speed, high intelligence degree, accurate control, pure output waveform and other characteristics.	Can be composed of N+1 parallel redundancy power system, module backup each other, high reliability, ﬂexible and convenient conﬁguration.	The operation of each module is independently controlled by the built-in DSP, no single point of failure, independent ﬂow sharing between modules.	With input anti-reverse connection, undervoltage, overvoltage protection, output overload, short circuit, overtemperature protection.

Hot swappable	Built-in module bypass	Smart monitoring	Rack mounted design
No need to do any setting and operation, plug and play, the module automatically normal working state, simple maintenance and replacement.	Users can choose inverter or bypass ﬁrst.	Indicator panel, fault sound and light alarm, RS485 communication interface and fault dry contact.	19 inch rack mounted slim & smart design

Product Form	Rated Power	1KVA	2KVA	3KVA	5KVA	6KVA	8KVA	10KVA
	Dimensions （W×H×D）(mm)	19″2U			19″2U		19″3U
		490×88×385			490×88×405		540×132×405
Input Parameter	DC Input Voltage	110V/220VDC
	DC Input Range	92～142VDC/185～285VDC
	Bypass Input Range	176～264VAC
	Bypass Switching Time	Electronic type＜5ms（external） Mechanical type＜20ms					Electronic type＜5ms（external）Mechanical type＜30ms
AC Output	Rated Output Voltage	220VAC
	Rated Output Frequency	50Hz
	Load Regulation	＜1%
	Frequency Accuracy	＜0.1%
	Crest Ratio	3:1
	Waveform Distortion	Resistance full load＜3%，nonlinear full load＜5%
	Dynamic Response	Voltage transient range＜3%， transient response recovery time≤60ms（load from 0 to 100%）
	Parallel Uneven Flow	＜3% rated current RMS
	Overload Capacity	Load current ＜105%, continuous work
		Load current 105～125%, continuous work 10min shutdown
		Load current 125～150%，continuous work after 1min shutdown
		Load current＞150%，after 20ms shutdown
	Protection Function	Input connection protection, input under voltage and over-voltage protection, output overload protection, output short circuit protection, over temperature protection
Communication	Communication Interface	RS485
Work Environment	Insulation Strength	2kVAC，1min
	Noise (1 m)	＜45dB
	Operating Ambient Temperature	－10～50℃
	Transport And Storage Temperature	－40～70℃
	Relative Humidity	0～90%, no condensation
	Relative Altitude (m)	≤3000m, 1500～3000m, 1% decrease in output for every 100 m increase

1-80kVA RMI-M Series Inverter for Utility and Telecom (parallel type)

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EverExceed

1-80kVA RMI-M Series Inverter for Utility and Telecom (parallel type)

SKU: 1-80kVA RMI-M Series Inverter for Utility and Telecom (parallel type) Category: All Products Tags: (parallel type), 1-80kVA, Inverter, RMI-M Series, Telecom, Utility

Additional information
Description

Additional information

Brand	EverExceed
Customer Application	Airports
Customer Type	Airports

Description


Digital control	N+1 parallel redundancy design	High operational reliability	Complete protection
Using 32-bit DSP and high- frequency SPWM technology, with strong anti-interference ability, fast operation speed, high intelligence degree, accurate control, pure output waveform and other characteristics.	Can be composed of N+1 parallel redundancy power system, module backup each other, high reliability, ﬂexible and convenient conﬁguration.	The operation of each module is independently controlled by the built-in DSP, no single point of failure, independent ﬂow sharing between modules.	With input anti-reverse connection, undervoltage, overvoltage protection, output overload, short circuit, overtemperature protection.

Hot swappable	Built-in module bypass	Smart monitoring	Rack mounted design
No need to do any setting and operation, plug and play, the module automatically normal working state, simple maintenance and replacement.	Users can choose inverter or bypass ﬁrst.	Indicator panel, fault sound and light alarm, RS485 communication interface and fault dry contact.	19 inch rack mounted slim & smart design

Product Form	Rated Power	1KVA	2KVA	3KVA	5KVA	6KVA	8KVA	10KVA
	Dimensions （W×H×D）(mm)	19″2U			19″2U		19″3U
		490×88×385			490×88×405		540×132×405
Input Parameter	DC Input Voltage	110V/220VDC
	DC Input Range	92～142VDC/185～285VDC
	Bypass Input Range	176～264VAC
	Bypass Switching Time	Electronic type＜5ms（external） Mechanical type＜20ms					Electronic type＜5ms（external）Mechanical type＜30ms
AC Output	Rated Output Voltage	220VAC
	Rated Output Frequency	50Hz
	Load Regulation	＜1%
	Frequency Accuracy	＜0.1%
	Crest Ratio	3:1
	Waveform Distortion	Resistance full load＜3%，nonlinear full load＜5%
	Dynamic Response	Voltage transient range＜3%， transient response recovery time≤60ms（load from 0 to 100%）
	Parallel Uneven Flow	＜3% rated current RMS
	Overload Capacity	Load current ＜105%, continuous work
		Load current 105～125%, continuous work 10min shutdown
		Load current 125～150%，continuous work after 1min shutdown
		Load current＞150%，after 20ms shutdown
	Protection Function	Input connection protection, input under voltage and over-voltage protection, output overload protection, output short circuit protection, over temperature protection
Communication	Communication Interface	RS485
Work Environment	Insulation Strength	2kVAC，1min
	Noise (1 m)	＜45dB
	Operating Ambient Temperature	－10～50℃
	Transport And Storage Temperature	－40～70℃
	Relative Humidity	0～90%, no condensation
	Relative Altitude (m)	≤3000m, 1500～3000m, 1% decrease in output for every 100 m increase