AMANO - Parking Management Systems, Software and Equipment

In 1967, AMANO developed the first parking ticket dispenser. Two years later, AMANO developed a fully automated parking control system incorporating computers. This major foundation helped to establish AMANO as a key player in the parking industry.

We are proud to present the TF-series. The series offers a complete solution for your parking requirements, designed for use in a modern car park environment. By combining its state-of-the-art electronics and advanced software technology, AMANO adapts to the customers' constantly changing needs.

ASPECT II 2000 PARKING MANAGEMENT SOFTWARE

AMANO's Aspect II 2000 is a powerful platform for an integrated parking network. Real-time access to up-to-the minute information, plus a diverse range of remote control options, gives you immediate direction over your facility's operation. Aspect II Web is a web enabled version of the Aspect II 2000 parking management software, allowing remote access over the internet.

Access control management - know what types of customers are coming in and going out of your parking lot. Choose from a variety of access styles, such as pass cards, event cards and debit cards.

Alarm monitor - remote emergency measures - when a problem occurs, you can isolate and respond to it immediately. Remote lane control ensures smooth traffic flow, even in emergencies, all at the touch of a button.

CPS information - the CPS information program is for receiving and displaying management information about cash boxes from those TF-7900 central pay stations connected online.

TF2800N PARKING TICKET DISPENSER

The TF2800N parking ticket dispenser can issue parking tickets or accept special cards like monthly pass cards. The TF2800N operates as a stand-alone unit or can be networked to centralize all data on a management PC.

TF6700N LAG TIME READER

The TF6700N lag time reader verifies paid tickets, opens the gate and vaults the ticket. It accepts special cards like monthly pass cards, one-time free exit tickets, etc. The lag time reader allows tickets to exit the car park after being paid on one of the new TF-series payment systems.

TF5620N PARKING FEE COMPUTER

The TF5620N parking fee computer is used in combination with the TF5650N card encoder and is capable to handle cash payments based on a fully customizable fee calculation. It accepts special tickets to arrange discounts, free exits or excess payments while using cards like the monthly pass card.

TF3900N CAR PARK CARD DATA READER / WRITER

The TF3900N car park card data reader / writer is used as a card creation and maintenance utility in car parks using special cards like pass cards or debit cards. The data reader / writer encodes and reads tickets, pass cards, debit cards, O-fee one-time-exit debits and event cards.

TF-1200 CAR PARK BARRIER GATE

The TF-1200 car park barrier gates are especially developed for high-frequency use car parks. The wear-proof mechanical design allows a speedy, smooth and secure movement. AMANO's TF-1200 is suited for heavy-duty situations and will perform up to 10,000 cycles a day. Automatic reverse or stop is selectable in case of contact with an object in the down movement. A microprocessor logic board fully controls the gate.

TF9300E FULL / FREE CAR PARK INDICATOR

The TF9300E full / free parking indicator displays 'FULL' in red LEDs and 'FREE' in pure green LEDs. It can be used as a stand-alone full / free indicator or connected to a TFN2800N ticket dispenser or TF9350E LED sign. It can be fully customized to any language or character set and displays a maximum of four-digit words.

TF9350E FREE PARKING SPACE INDICATOR

The TF9350E free space indicator can be used as a standalone space counter in smaller car parks or networked with up to 99 other units. It controls up to four in-lanes and four out-lanes and can be used for area counting and level counting. You can serially set the maximum number of available spaces, from a central system and display and modify the count values on the central management system (Aspect II 2000 Web).