iJS for scientific applications

iJS*
iJS for scientific applications
  • 总体特征

    iJS is the specific family of electronic controllers for scientific applications, derived from the iJ platform.
    iJS has been designed to be installed on OEM refrigeration units, offering a new platform supported by CAREL’s more than thirty years of know-how in the refrigeration controller sector.
    Special attention has been paid to extended customisation possibilities, both aesthetic and functional, always considering the importance of day-to-day usability.

     

    The hardware customisation possibilities available on the iJ platform are aimed at maximising reliability and performance, with specific solutions for energy saving
    In particular, various options are available that allow complete management of a backup battery for operation even during blackouts, control of variable-speed compressors (VCC) via serial line, management of modulating devices to improve energy efficiency, and humidity control for the highest quality product preservation.

    The iJS family of refrigeration electronic controllers is available with a specific IoT support offering, complete with local and remote services that either exploit the embedded connectivity features or use external devices, making iJS the best choice for scientific applications.  

     

    Know more: ij.carel.com

  • 更多

    Fast and effective interaction / Usability 

    To complete the day-to-day procedures required by law, interaction needs to be simple and intuitive.
    The dedicated temperature logging function allows end users to easily recall and export the minimum and maximum temperatures reached on the unit.

    Built-in backup battery

    To ensure that the products have been stored in a compliant temperature range, especially in the event of blackouts, temperature monitoring needs to be active at all times.
    The built-in battery management module ensures the controller remains active even during a power failure. The main strengths of the solution are:

    • Direct connection to the battery
    • No external charging system
    • Compatibility with a wide range of battery ratings

    Connectivity

    NFC connectivity, available on the entire range, allows the unit to be programmed even when the controller is powered off, while the Bluetooth® option enables live monitoring of variables and access to the temperature log. The temperature and alarm logs are easy to export, simplifying compliance with different local health safety protocol requirements.
    Built-in, complete RS485 port (no external converters needed), allowing the possibility of always-on connectivity to ensure prompt service and complete storage reports.

    Energy Saving

    To maximise cabinet energy performance, the iJ platform can manage variable-capacity compressors (VCC), up to two modulating devices for dimming lights or variable-speed fans, or even frequency-controlled compressors. The offering is completed by specific algorithms for the management of cooler logic, developed based on extensive experience in the field.

    Ultra Low Temperature ready

    Certain vaccines need to be stored at very low temperatures, below -50°C.
    One of the possible technical solutions is to use two circuits in cascade, in which the first-stage evaporator is coupled to the second-stage condenser. 
    Dedicated logic is available on the iJS to manage two circuits simultaneously in cascade, the stage activation priorities and the related alarms.
    iJS is also compatible with temperature probes featuring specific degrees of accuracy and measurement ranges suitable for ULT applications.

     

 

文档

技术

  • 技术说明
    代码 描述 语言 日期 * 版本
    代码 +0500181ML
     
    描述 iJS Advanced Split Large Version - Scientific and Pharmaceutical Applications
     
    语言 ENG  ITA 
     
    日期 06/03/2023
     
    版本 3.1
     
    代码 +0500180ML
     
    描述 iJS Advanced Split Small Version - Scientific and Pharmaceutical Applications
     
    语言 ENG  ITA 
     
    日期 06/03/2023
     
    版本 3.1
     
    代码 +0500164ML
     
    描述 iJS Advanced Panel Large Version - Scientific and Pharmaceutical Applications
     
    语言 ENG  ITA 
     
    日期 06/03/2023
     
    版本 3.1
     
    代码 +0500163ML
     
    描述 iJS Advanced Panel Small Version - Scientific and Pharmaceutical Applications
     
    语言 ENG  ITA 
     
    日期 06/03/2023
     
    版本 3.1
     
    代码 +0500182ML
     
    描述 iJS Advanced HMI Version - Scientific and Pharmaceutical Applications
     
    语言 ENG  ITA 
     
    日期 07/12/2022
     
    版本 3.0
     
  • 用户手册
    代码 描述 语言 日期 * 版本
    代码 +0300102DE
     
    描述 iJS Elektronische Steuerung für wissenschaftliche Anwendungen
     
    语言 GER 
     
    日期 01/08/2022
     
    版本 1.0
     
    代码 +0300102ZH
     
    描述 iJS - User Manual
     
    语言 CHI 
     
    日期 01/08/2022
     
    版本 1.0
     
    代码 +0300102IT
     
    描述 iJS - Manuale d'uso
     
    语言 ITA 
     
    日期 01/08/2022
     
    版本 1.0
     
    代码 +0300102EN
     
    描述 iJS - User Manual
     
    语言 ENG 
     
    日期 01/08/2022
     
    版本 1.0
     

商业

  • 产品手册
    代码 描述 语言 日期 * 版本
    代码 +3000231PL
     
    描述 iJs Do zastosowań naukowych - Przyszłość rozwiązań sterujących chłodnictwem w aplikacjach naukowych
     
    语言 POL 
     
    日期 11/10/2023
     
    版本 1.1
     
    代码 +3000231IT
     
    描述 iJS Per applicazioni scientifiche - Il futuro delle soluzioni di controllo per la refrigerazione in ambito scientifico
     
    语言 ITA 
     
    日期 11/10/2023
     
    版本 1.1
     
    代码 +3000231EN
     
    描述 iJS For scientific applications - The future of refrigeration control solutions in science
     
    语言 ENG 
     
    日期 11/10/2023
     
    版本 1.1
     

产品图片

  • 高清图片
    代码 描述 语言 日期 * 版本
    代码 PH20LIJ30O-iJ-S
     
    描述 CAREL iJS - ij platform - Refrigeration Parametric Control
     
    语言 ALL 
     
    日期 03/10/2022
     
    版本 1.0
     
    代码 PH22LIJ305-iJ-s-large-white
     
    描述 CAREL iJS Large - ij platform - Refrigeration Parametric Control
     
    语言 ALL 
     
    日期 03/10/2022
     
    版本 1.0