Controllers

Traction Lifts

  • Microprocessor controller
  • Available for direct drive, star-delta, soft starter, VVVF
  • Available capacity: up to 75 kW
  • Available with emergency landing device
  • Types of manoeuvre: all
  • Doors: manual, semiautomatic, automatic, even combinate
  • Number of stops allowed: up to 12 in standard configuration, expandable
  • Wiring type: Serial and Parallel
  • Brake supply protected by thermal magnetic switch
  • General thermal magnetic switch
  • Fixed and switched car lights
  • Early opening of the door
  • Relevelling
  • 81.20/50 rules

Hydraulic lifts

  • Microprocessor controller
  • Available for direct drive, star-delta, soft starter, VVVF
  • Available capacity: up to 75 kW
  • Available with emergency landing device
  • Types of manoeuvre: all
  • Doors: manual, semiautomatic, automatic, even combinate
  • Number of stops allowed: up to 12 in standard configuration, expandable
  • Wiring type: Serial and Parallel
  • Valve supply protected by thermal magnetic switch
  • General thermal magnetic switch
  • Fixed and switched car lights
  • 81.20/50 rules

MRL installations / Electric platforms

  • Microprocessor controller
  • Available for MRL lift and for gearless motors
  • Available capacity: up to 75 kW
  • Available with emergency landing device
  • Speed: in standard configurations up to 2 m/s, higher speeds are also available
  • Types of manoeuvre: all
  • Doors: manual, semiautomatic, automatic
  • Number of stops allowed: up to 12 in standard configuration, expandable
  • Wiring type: Serial and Parallel
  • Management of early opening of the door for ”on the fly” approach to floor
  • Even available with commands remotely on door frame
  • Brake supply protected by thermal magnetic switch
  • General switches integrated section (car lights, shaft lights, general lights)
  • Manual emergency manoeuvre by brake opening command
  • Fixed and switched car lights
  • On board signalling (car at the floor, upward, downward)
  • Relevelling
  • EN 81.20/50 rules
Important! The emergency landing device integrated in our controllers – for both asynchronous motors and permanent magnet motors – does not involve the use of the VVVF inverter nor encoder card. The machine is directly managed by the emergency board, making use of just:
  • Nos. 4 batteries 7,2 Ah for low capacity machines
  • Nos. 4 batteries 18 Ah for higher capacity machines

Electrics and hydraulics Homelift

  • Microprocessor controller
  • Available for Electrics and hydraulics homelifts
  • Available capacity: up to 75 kW
  • Available with emergency landing device
  • Types of manoeuvre: all, including “press and hold”
  • Doors: manual, semiautomatic, automatic
  • Number of stops allowed: up to 6
  • Wiring type: Serial and Parallel

Pre-Wired Systems

Pre-Wired Systems


On request, the controllers are supplied both with electric lines and push-buttons terminal boards for floors and car, ready to be placed on jobsite. In order to simplify the commissioning and the trouble-shooting, groups of terminals are marked with labels of proper colors. All wiring is designed to minimize the consultation of frawings and the use of other tools. The various braces are labeled with tags that clearly indicate their destination.

Rules
  • EN 81.20/50
  • EN 81.21
  • EN 81.70
  • EN 81.72
  • EN 81.73

NG50

NG50 Energy saving system


NG50 system is an innovative product able to reduce the energy consumption of an elevator system, coming from the path taken in the field of energy efficiency that Ematic has been pursuing for some years with substantial investments in Research & Development. The global purpose of the project is to focus on energy security and environmental sustainability with the specific aim of achieving a complete system that can reduce and/or bring to zero the demand for energy from the distribution network to improve the overall efficiency of elevator installations both new and already in operation.

The set ” cabin/winch/counterweight” is a complex system that from the energy point of view can create “favourable” (example: empty cabin upwards) or “unfavourable” phases; in other words, there are certain times when it could move without any external energy support. NG50 is able to use the “favourable” phases during which the hoist motor, due to the fact that it receives some energy from the counterweight movement, acts as a true generator of electricity that it is able to concentrate in a proper battery pack. This energy can be fed back into the lift as free energy in addition (or alternatively) to the mains supply. NG50 was also designed to store the alternative energy supplied by external renewable sources.

A schematic of NG50 features is the following:
  • Applicable to elevators of any brand managed by Ematic QNCP controllers and inverters with single-phase or three-phase 220V feeding equipped with synchronous machines and asynchronous machines, where the efficacy of the system may be lower.
  • High-efficiency DC-DC converter, current-controlled and overload-protected.
  • Set of common sealed batteries consisting of 4 nos. batteries 12V in series. Set of common sealed batteries consisting of nos. 5 batteries 12 V in series. Battery capacity (at least 18Ah) depends on the energy demand to meet and changes accordingly.
  • Battery Charging Section, based on technologies already developed by Emergenzamatic company for the highest efficiency of the Automatic Rescue Device in the event of a power failure.
  • Modular technology that offers actually more sizes with 2.7 maximum delivered power. These power values make NG50 appealing in terms of cost/performance ratio for any type of lift, even for ordinary apartment blocks.

Remote Control & Monitoring Systems

Software for watching controllers via INTERNET, Wi-Fi or cable, also available as APP for smartphones. It allows remote monitoring of the system, sending commands, and displaying on the phone of electrical drawings, manuals, error codes list, and so on. Our controllers, if equipped with a GSM interface and independently from monitoring, allow to manage the reception and / or transmission of SMS via any mobile phone.

Android Emapp


EmApp connection modes:
  • INTERNET, via GSM G500-Net dialer
  • INTERNET, via direct connection using LAN net
  • DIRECT, via OTG USB/RS232 cable
EmApp is a software for the monitoring and remote control of the QNCP controller via INTERNET (both GSM and/or LAN), Wi-Fi or via CABLE connections, also available as an APP for smartphones. It allows remote monitoring of the whole system, sending commands and displaying on the smartphone wiring diagrams, manuals, list error codes.
EmApp features:
  • System monitoring with graphical view of the status
  • Sending remotely commands to the connected controller
  • Download and analysis of the events stored by the controller
  • Updating the operating parameters of QNCP controller
  • Immediate help in the interpretation of the error codes (synchronized with Ematic cloud)
  • Receiving advices and information from Ematic world in real time
  • Access to the Ematic cloud services including: viewing and synchronization of wiring diagrams, technical and administrative documentation and images for each controller.

Watch-Qeme Software


Data analysis is a tool that allows to know, analyze and then predict the behaviour of lifts. The presence of a datarist and a Big-Ram aboard the QNCP controllers allows cyclically the memorization of the last 1000 error events and the last 100,000 operational events, related to regular or anomalous and out of service. To each of them is assigned the date, the hour, the floor, the direction and the speed. The software offers different levels of communication with the operator for diagnostic, programming and test operations. All data can be downloaded and accessed by direct connection to a personal computer.

Thanks to a modem (optional), the system can be controlled remotely via GSM or analogue line. QNCP can be interrogated by phone with our specific software (Watch-QEme) through which it will be possible to:
  • Monitor the operation of the system
  • Know its status
  • Turn off the system
  • Control it interacting with the acquired calls
  • Acquire historical events for subsequent statistical analysis
  • Receive a call directly from the elevator in case of certain particular events, etc.
There are approximately 100 message codes that allow to timely detect any possible system problem, relating to operational and out-of-service errors.

Managing the system through SMS


Our controller, besides of monitoring, allow to manage the reception and/or transmission of SMS through any mobile phone. This is a quick way to control the whole elevator and to be aware of any anomaly in time.
Thanks to simple commands with easy and intuitive format it is possible:
  • Restarting the controller
  • Resetting the system
  • Check the status of the elevator
  • Put the elevator out of service
  • Activate the elevator