Borrowing and returns system
Self-service in the library has become of crucial value to the user!
The Ruby is an RFID self-service PLC with efficient simplicity in design and ergonomics. Modular construction offers the library flexibility in various identification technologies for today and tomorrow.
The Ruby RFID self-service PLC has a compact design and comes with a 22” HD touchscreen PC and barcode reader to identify card readers. The pre-installed MyLib® software with all borrow, return, update and preview features are configured for connection to a library system in accordance with SIP2. The software also has the option to send a transaction email to members via a messaging service. If it is nevertheless necessary to receive a receipt on-site, an external receipt printer may be added.
The Ruby unit can also be equipped with an integrated Ruby HF Mifare reader to read membership cards with Mifare technology.
MyLib ®software with improved performance
The Ruby self-service PLC comes standard with our MyLib® full circulation software, including check-in, check-out and renewal functions, preconfigured to connect to an SGB via SIP2 which is fully supported.
Option
The Ruby self-service PLC comes standard in white. On request, other colors are available.
RUBY RFID SELF-SERVICE PLC
Dimensions
Material:
Shielded housing: stainless steel
Top surface: stainless steel, impact resistant composite
Weight: 20 kg
Functions: Self-service, the loan/return PLC
Compatibility: SIP2 Standard: ISO 15693 / 18000-3 mode 1 / ISO 28560 / ISO14443Compliance
with standards: CE / EMC
Media concerned: Books / Magazines / Media
Touchscreen PC: High-quality 16: 9 Full HD 22″ LCD touchscreen with wide-angle VA panel. (IP65), Chipset: Intel® Bay Trail N2930
Item identification: 13.56 Mhz RFID reader, ISO15693User
identification: 2D barcode reader our 13.56 Mhz RFID reader, ISO 14443
Item
protection: RFID technology, EAS/AFI bit setting
Software: Dialoc ID MyLib® software, pre-installed and configured. Supports SIP2 and NCIP LMS / ILS protocols and is independent of the data model. Access to the library network is required.
Power supply: 230 V
Working
environment: Temperature: – 10ºC <> + 45ºC
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