Datasheet  Tender Specifications

Elevator Training set is a 4-floor model designed for training purposes in order to see the PLC and electromechanic carrier applications together.

It is designed in a transparent structure order to examine the mechanical and electronic systems. There is a control panel at the upper part of the set. On this panel all input and output sockets of the elevator are located. The elevator can be controlled by the PLC at the panel or manually with the keys. This can be traced with led.

It is designed to make an applications about PLC programming applications, program simulation, Speed control applications, high speed protection application with speed governor, examination of parachute brake mechanism, automatic sliding door application, examination
of operating principle of elevator mechanism, connection and control of mechanical structure, Onboard sensor circuit applications, examination of motor control.

Application software CD for the operation of the system is provided with the user’s guide of the set.

Technical Specifications :

• Supply Voltage 220 - 240V AC, 50-60 Hz
• Internal Siemens S7-1200 1215C DC/DC/DC PLC (14 DI - 10 DQ / 2 AI)
• On-Off button, start-stop and emergency stop buttons
• 4 pcs inductive floor level sensors
• 2 pcs inductive limit sensors
• 4 pcs call to floor button with led indicator
• 4 pcs bring to floor button with led indicator
• 5 pcs 7 segment floor level displays
• Asynchronous motor and its driver
• Electrical sliding cabin door
• Electromagnetic door lock
• Interior dome light
• Cabin balance mechanism
• Moving mechanism with linear roller
• Parachute brake system
• Industrial type speed governor
• Moving cable trench
• The elevator system input/output signals are led display
• The input/output points at the control panel are with 2 mm born connectors
• 23 pcs fault simulation keys

Applications :

• PLC programming applications
• Program simulation
• Speed control applications
• High speed protection application with speed governor
• Examination of parachute brake mechanism
• Automatic sliding door application
• Examination of operating principle of elevator mechanism
• Connection and control of mechanical structure
• On-board sensor circuit applications
• Examination of motor control
• Fault simulations