Description

Technical Parameters

Blue light Inverter + motherboard Lift Inverter Function

iBL6Elevator integrated controller

Model naming specifications
BL6-U O 4022

BL6	U	0	4	022
Controller Series	Controller Type	Housing Structure	Voltage level	Maximum adaptable motor capacity	Controller Type
	U: Integrated Elevator Controller	C: Closed Type	4:380V	002:2.2KW	None: Serial All-in-One Controller with or without a glass panel
				003:3.7KW
				005:5.5KW
				007:7.5KW	W: With a metal panel
				011:11KW	B: Parallel All-in-One Controller
				015:15KW	C: Ultra-thin, caseless All-in-One Controller
				018:18.5KW
	S: High-Performance Elevator-Specific Inverter	0: Open Type	2:220V		S: Small All-in-One Controller
				022:22KW
				030:30KW	H: Villa All-in-One Controller
				037:37KW	N: Molded Case All-in-One Controller
				045:45KW	M: Modular All-in-One Controller
				055:55KW
					D: Single-Phase All-in-One Controller
				075:75KW

M Series Integrated Controller Dimensions (400V Class)

Controller model	Dimensions
	W	H	D
BL6-U04005-NM	222	348	200
BL6-U04007-NM
BL6-UO4011-NM
BL6-U04015-NM

Controller model	Dimensions
	W	H	D
BL6-U04018-M	280	418	203
BL6-U04022-M
BL6-UO4030-M	320	480	228
BL6-U04037-M	441	650	324
BL6-U04045-M
BL6-U04055-M
BL6-U04075-M

The iBL6 integrated elevator controller is a next-generation intelligent elevator controller. It seamlessly integrates elevator logic control with variable-frequency drive control, offering advanced technology, superior performance, safety, reliability, and ease of use.

1. Advanced Technology
◎ Intelligent elevator logic control and high-performance variable-frequency drive control are seamlessly integrated, truly achieving integrated elevator control.
◎ Advanced vector control technology achieves precise motor decoupling, fully utilizing motor performance for enhanced elevator comfort.
◎ Utilizing advanced space vector PWM (Pulse Width Modulation) technology, it significantly improves power efficiency compared to traditional sinusoidal PWM methods, resulting in greater energy savings.

2. Superior Performance
◎ Intelligently generates optimal operating curves based on target floors, enabling direct landing and improving elevator efficiency.
◎ Utilizing CAN BUS serial communication technology, it delivers high-speed and reliable data transmission, simplifying system wiring and facilitating system expansion.
◎ An internet-based wireless remote monitoring system interface facilitates remote guidance, commissioning, maintenance, and monitoring of elevator operation.

3. Simple Commissioning
◎ Supports smart commissioning via mobile phone, providing comprehensive and clear guidance. It offers remote parameter fault transmission, online guidance, and balance coefficient detection, making on-site commissioning convenient and efficient.
◎ Easy self-learning of rotating or stationary motor parameters and initial motor angle.
◎ Fuzzy control with no-load compensation starting ensures excellent starting comfort, even without a weighing device.
◎ When configuring a Bluelight all-in-one device with a Bluelight Synchronous host, the built-in host model selection function can be used. This eliminates the need to enter motor parameters and perform parameter self-learning, greatly improving commissioning efficiency.

4. Safety and Reliability
◎ Advanced dual 32-bit CPUs + a programmable logic device (FPGA) provide complete elevator control, providing a "hardware" guarantee for safe and reliable elevator operation.
◎ Redundant design and comprehensive hardware and software protection ensure safe and reliable elevator operation.
◎ Professional EMC laboratory testing comprehensively improves electromagnetic interference resistance and internal electromagnetic disturbance suppression, adapting to the complexities of elevator sites.
◎ A monitoring function verifies the interruption of current flow from the controller to the host during each elevator stop.

Maximum adaptable motor power (KW)		2.2	3.7				5.5	7.5		11	15		18.5			twenty two		30			37			45	55						75
Rated output	Rated output capacity ( KVA )	4.0	5.9			9			12		18	twenty two		27			32		43			53			63	78						106
	Rated output current (A)	5.5	9				14	18		27	34		41			48		65			80			96	128						165
	Maximum output voltage (V)	Three-phase, AC 380 (corresponding to input voltage)
	Rated frequency ( Hz )	50
	Maximum output frequency ( Hz )	120
Input power	Rated voltage (V)	Three-phase, AC380
	Rated frequency ( Hz )	50
	Rated input current (A)	10		12				17	twenty two	32		41			49			58		78	96			115			147				190
	Allowable voltage fluctuations	±15%
	Allow frequency fluctuation	±5%
Model BL6-U□20□□-□□		2002			2003				2005			2007				2011			2015				2018					2022
Maximum adaptable motor power (KW)		2.2			3.7				5.5			7.5				11			15				18.5							twenty two
Rated output	Rated output capacity ( KVA )	4			7				10			14				20			27				33					40
	Rated output current (A)	11			17				25				33			49			66				80						96
	Maximum output voltage (V)	Three-phase, AC 220 (corresponding to input voltage)
	Rated frequency ( Hz )	50
	Maximum output frequency ( Hz )	120
Input power	Rated voltage (V)	Three-phase, AC 220V; single-phase, AC 220V (power level 2.2 kW ~11 kW )
	Rated frequency ( Hz )	50
	Three-phase rated input current (A)	15			twenty one				27 40 52										68				92 110
	One-way rated input current (A)	26			37				47			70				91
	Allowable voltage fluctuations	+10%,-15%
	Allow frequency fluctuation elevator	±5%
The Common Parameters And Specifications Of The Entire Series Are As Follows
Basic Features	Control method	Full selection control, two units in parallel, three to eight units group control
	Elevator speed range	0.5~4M/s
	Applicable to the highest floor	64th floor
	Applicable ladder type	Passenger elevators, residential elevators, ward elevators, sightseeing elevators, freight elevators
	Applicable host	Geared traction machine, gearless permanent magnet synchronous traction machine
	Communication methods	CAN bus serial communication
	Leveling accuracy	≤3mm
Drive control characteristics	Control method	Space Vector PWM ( SVPWM ) Closed-Loop Vector Control
	Carrier frequency	8 kHz (6~12 kHz adjustable)
	Speed control range	1:1000
	Speed control accuracy	±0.05% (25℃±10℃)
	Speed response	30Hz
	Torque limit	Yes (set by parameters)
	Torque accuracy	±5%
	Frequency control range	0~120Hz
	Frequency accuracy	Digital setting: ±0.01% (-10℃+40℃)
	Frequency setting resolution	Digital setting: 0.01Hz
	Output frequency resolution	0.01Hz
	Overload capacity	150% rated current 60s; 180% rated current 10s
	Starting torque	180% rated current 0Hz
	Acceleration and deceleration time	0.001~600s
	Main control functions	No-load compensation start, battery operation, self-learning, load compensation, cooling fan control, base block, torque limit, CAN communication setting, acceleration and deceleration time, S curve acceleration and deceleration, host current flow effective blocking monitoring when parking, internal braking, PG frequency division output, fault automatic retry, fault automatic Reset, parameter copy

The Common Parameters And Specifications Of The Entire Series Are As Follows
Control input and output interface	Optocoupler input control power supply	Isolated external DC24V
	Relay output control power supply	Isolated internal DC24V
	Low voltage opto-isolated input	26-way switching, rated load 7mA/DC24V, 100Hz online frequency
	High voltage optical isolation input	4-way switch, rated load 8mA/AC110V, 100Hz online frequency
	Programmable relay output	12-way switch 9-way: 1NO, contact capacity 5A/30VDC, 5A /250VAC 4-way: 1NO, contact capacity 8A/30VDC, 10A /250VAC
	CAN communication interface	2-way, (parallel or group control, outbound call and operation panel and remote wireless monitoring)
	RS232 communication interface	1 channel, digital operator, host computer monitoring, programming interface
show	Digital operator	Chinese and English LCD display
show	Monitoring software interface	Menu, parameter value, status, variable timing, digital oscilloscope
Main protection functions	Instantaneous overcurrent protection	Stop when the rated output current exceeds 200%
	Fuse blown protection	Stop when fuse blows
	Overload protection	Stop at 150% rated current for 60s or 180% rated current for 10s
	Overvoltage protection	Stop when the DC bus voltage of the main circuit is higher than 720V (400V level) or 410V (200V level)
	Undervoltage protection	stops when the DC bus voltage of the main circuit is lower than 380V (400V level) or 190V (200V level).
	Heat sink overheat protection	Protected by thermistor
	IGBT module protection	IGBT module overcurrent, overheating, short circuit, undervoltage protection
	Motor protection	Overload protection stop
	Surge suppression circuit fault protection	Protection via contactor feedback
	Overspeed protection	Protection when exceeding the maximum allowable speed setting
	Out-of-tolerance protection	Protection when speed deviation exceeds the allowable value
	PG fault protection	Protection when PG is disconnected or phase mismatched
	Self-learning protection	Motor self-learning abnormality protection
	Phase loss protection	Input and output phase loss protection
	Door interlock failure	Door interlock circuit disconnection protection during operation
	Emergency stop circuit failure	Emergency stop circuit disconnection protection during operation
	Brake fault	No gate opening feedback signal is received after the gate opening command is output
	Door zone signal failure	Protection when door zone signal is abnormal
	Output contactor failure	Output contactor abnormality protection
	Runtime protection	Single running time exceeds the limit value protection
	Floor position counter failure	Protection when floor position counter fails
	Communication interference failure	Communication interference fault protection
	Well self-learning fault	Protection when shaft self-learning fails
structure	Protection level	With iron panel: IP20; without panel: IP00
	Cooling method	Forced cooling
	Installation	Embedded or suspended installation in the cabinet
Usage Environment	Ambient temperature	-10℃~+40°℃
	Ambient humidity	5~95%RH, no condensation
	Storage temperature	-20℃~+60°℃
	Place of use	Indoors (no corrosive gas, flammable gas, dust and direct sunlight)
	Altitude	Below 1000M
	vibration	10~20Hz,<9.8m/S²;20~50Hz,<2m/S²

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