NTC-09.08 “Actual elevator model”

Br0.00

The present training laboratory equipment is intended for using it at secondary specialized colleges and higher education establishments for performing laboratory classes.

Training laboratory equipment is made for visual demonstration an elevator equipment operation, studying the design and functioning principles of passenger elevator. Furthermore, there is a possibility for studying an operating algorithm of complex control objects and get knowledges how to program industrial controllers.

Categories: Lifting and transport equipment, New products, Automation, automatic equipment and control systems

Structurally, it consists from:

an elevator model;
a control unit.

Elevator model includes:

elevator shaft;
cab;
counterweight;
lifting device;
floor posts;
indication display of current position and cab moving direction.

The cab is equipped with a door operating gear, door opening and door closing sensors, door reverse sensor, photo barrier in the doorway, weight sensor in the floor, lighting lamp. The lifting device includes a frequency converter and a gearbox. Model has 6 call buttons.

The position of the cab is controlled by limit switches, additionally controlled is the departure of the cab and the counterweight from the end positions. The status of doors at all floors is controlled by microswitches.

The elevator model provides simulation operation at 4 stopping points (simulation of 4 floors).

Control unit consists of a body with a mounted front panel and a table board of integrated working table.

At the control stand panel is installed a control system with protection devices, PLC, controls (input of commands) and indications (signal lamps), control circuit with switching sockets.

Assembling the electrical circuits is carried out by plug-in jumpers.

The equipment is accompanied with:

methodical guidelines dedicated for teaching stuff;
software.

Experiments provided

Algorithm development of door operating gear control.
Algorithm development of cab drive control.
Studying control elements of the door operating gear.
Studying control elements of cab drive.
Studying control system-based PLC.
Program developing for PLC.
Searching and fixing errors and faults at elevator control.

Technical specifications

Power supply		~50 Hz, 220 V
Consumed power, kW, not more than		0.5
Overall dimensions of control unit, not more than
	width, mm	1310
	height, mm	1470
	depth, mm	610
Overall dimensions of the elevator model, not more than
	width, mm	800
	height, mm	1960
	depth, mm	700
Weight of the control unit, kg, not more than		50
Weight of the elevator model, kg, not more than		100

Scope of delivery

training laboratory equipment – 1 pc.;
set of jumpers and connecting cables – 1 set.;
passport – 1 pc.;
accompanying materials in electronic format – 1 pc.

Additional equipment

Necessary additional equipment:

PC or laptop (obligatory with Ethernet-port and volume of operative memory not less than 8 GB)