E300 Elevator Drives

Control Techniques is a leading supplier of variable speed drive technology to the elevator industry, with over 3 million elevators in operation with our control equipment worldwide. Backed by our global network of Automation Centers we provide local expertise and support, along with quick delivery of robust and dependable products.

Rapid set-up and adjustment

• Simple and intuitive parameter adjustment via a bright back-lit LCD keypad
• Set-up in familiar elevator language and units
• Easy to use menu structure for quick and simple access to key adjustments
• Top level menu; all your frequently needed functions in one location
• Stationary autotune provides encoder phasing test without the need to de-rope the system or to open the motor brakes

Optimum ride comfort

• Direct-to-floor positioning
• Peak curve operation
• High resolution multi-step S-ramp for start, run, slowdown and stopping
• Ultra-fast current loop for vibration free motor control
• Advanced brake control management, no rollback on starting without the need of load sensor

Silent operation

• EN81-20 / EN81-50 TÜV certified STO enable input removes the need for both output motor contactors
• High switching frequencies selectable up to 16 kHz
• Variable speed cooling fan

Energy efficient

• Standby sleep/wake mode, powers down unused circuitry during prolonged periods of standby
• Easy connection to a range of regenerative modules

Flexible integration

• Modbus RTU communications
• Parallel I/O interface
• +/- 10V analog reference control
• Direct RS485 comms control
• DCP3 and DCP4 communication support with optional System Integration module
• CANopen communication support with optional System Integration module
• Tile mount for low profile shaft mounting
• 24 Vdc backup
• Simple UPS connection with load direction signal
• Dynamic braking transistor fitted to all drives as standard

Robust

• Active thermal management for tripless operation under extreme conditions
• Advanced power circuit design using latest IGBT technology
• Conformal coating for use in harsh environments
• Phase loss detection on both input and output

Enhanced elevator data logger

• User configurable, for example speed reference, speed feedback, current and I/O sequence can all be recorded for every car journey
• Can be stored in the event of system fault
• Available for offline viewing to aid system diagnostics

Control Techniques is a leading supplier of variable speed drive technology to the elevator industry, with over 3 million elevators in operation with our control equipment worldwide. Backed by our global network of Automation Centers we provide local expertise and support, along with quick delivery of robust and dependable products.

Specifications

PART NUMBER	CURRENT (A)
	Peak Current	Nominal Current
03200106A10	21.2	10.6
04200137A10	27.4	13.7
04200185A10	37	18.5
05200250A10	50	25
06200330A10	66	33
06200440A10	88	44
07200610A10	122	61
07200750A10	150	75
07200830A10	166	83
08201160A10	232	116
08201320A10	264	132
09201760A10	352	176
09202190A10	438	219
10202830A	566	283
10203000A	600	300

For all above

Switching frequency 8 KHz (selectable 3 to 16 kHz @ 50 % ED)

Braking transistor built in as standard

 

380 – 480 Vac, 50-60 Hz ± 10 % Drive Ratings

PART NUMBER	CURRENT (A)
	Peak Current	Nominal Current
03400062A10	11	6.2
03400078A10	14	7.8
03400100A10	18	10
04400150A10	27	15
04400172A10	31	17.2
05400220A10	39	22
05400270A10	48	27
05400300A10	53	30
06400350A10	62	35
06400420A10	74	42
06400470A10	83	47
07400660A10	116	66
07400770A10	135	77
07401000A10	175	100
08401340A10	235	134
08401570A10	275	157
09402000A10	350	200
09402240A10	385	220
10402700E	473	270
10403200E	543	310

For all above

Switching frequency 8 KHz (selectable 3 to 16 kHz @ 50 % ED)

Braking transistor built in as standard

Options

Keypads

Remote Keypad RTC Remote mountable keypad, allowing flexible mounting on the outside of a panel (meets IP54/NEMA 12). The keypad offers a four line plain text, multi-language LCD display for rapid set-up and helpful diagnostics. A battery operated real-time clock allows accurate time stamping of events, aiding diagnostics.

System Integration Modules – Communications

	SI-CANopen CANopen interface module supporting various profiles, including several drive profile
	SI-DCP DCP interface module

System Integration Modules – Feedback

	SI-Encoder Quadrature encoder input interface module
	SI-Universal Encoder Encoder input and output interface supporting Quadrature, SinCos, EnDat and SSI encoders

 System Integration Modules – Applications

	SI-Applications Plus SI-Applications Plus modules allow SyPTPro application programs to be recompiled and executed to enable rapid and simple upgrade for existing elevator drive users
	MCi200 Second processor, providing advanced customization using industry standard IEC61131-3 programming languages
	MCi210 Extended advanced machine control, provides MCi200 functionality with additional ports and simultaneous connectivity to 2 separate Ethernet networks

System Integration Modules – Additional I/O

SI-I/O Extended I/O interface module to increase the number of I/O points on a drive. Provides additional: 4 x Digital I/O, 3 x Analog inputs (default)/Digital inputs, 1 x Analog output (default)/Digital input, 2 x Relays

Drive interface units – Back-up

	Smartcard Smartcard memory device to back-up and copy parameter sets and basic programs
	SD Card Adaptor Allows an SD card to be inserted into the Smartcard slot, for parameter backup cloning and application programs

 Drive interface units – Communications

	KI-485 Adaptor This allows the drive to communicate via RS485. This is commonly used for programming if the drive has no keypad
	CT USB Comms cable The USB Comms cable allows the drive to connect to a PC for use with PC tools

Software

Commissioning and monitoring software

Connect – Commissioning tool Based on Control Techniques’ 25 years’ experience, Connect is our latest drive configuration tool for commissioning, optimizing and monitoring drive/system performance