testo Saveris radio data logger 0572 2200 XX Gateway 0572 2201 XX radio data logger – ambient temperature 0572 2202 XX radio data logger – temperature product simulation 0572 2203 XX radio data logger – door contact 0572 2204 CC radio data logger – core temperature Instruction manual for NSF testing V2
Table of contents Table of contents 1 2 3 4 5 About this document ...................................................................................2 1.1 Usage .....................................................................................................2 1.2 Symbols .................................................................................................2 Safety and disposal .....................................................................................
Table of contents 6 7 5.4 Disable of radio data sensor or Gateway ............................................. 20 Battery / Sensor power supply ................................................................. 21 6.1 Lithium battery ..................................................................................... 21 6.2 Modified sensors for power supply test ................................................ 21 Technical data.............................................................................
1 About this document Read these operating instructions carefully and familiarize yourself with the product before using it 1.1 Usage • Keep this documentation to hand so that you can refer to it when necessary. • Please read this instruction manual through carefully and familiarize yourself with the product before putting it to use. • Hand this instruction manual on to any subsequent users of the product.
2 Safety and disposal Take the testo information document into account (accompanies the product). 2.1 Warning Always observe information marked by the following warnings with warning pictograms. Take the specified precautionary measures! DANGER Danger to life! ATTENTION Indicates possible property damage 3 System description The testo Saveris wireless sensors are part of the testo Saveris Solution.
The sensors can be integrated into the testo Saveris Food Solution. The data is recorded at configurable intervals and transferred to the Testo Cloud [Cloud] at configurable intervals. The customer's WLAN or Ethernet infrastructure is a prerequisite for transmitting the data (not part of the scope of delivery). The measured values stored in the cloud can be called up and analyzed at any time in the corresponding testo Saveris Cockpit [Webbased analysis].
3.1 System Overview 3.
3 article number & name 0572 2203 XX description: radio data logger – door contact 4 article number & name 0572 2204 XX description: radio data logger – core temperature 5 article number & name 0572 2204 XX description: Gateway 6 article number & name 0554 9320 01 description: WLAN-communication module 7 article number & name 0554 9330 description: LAN/PoE-communication module 8 article number & name 0572 2210 description: radio data logger – wall holder 10 article number & name 0572 2211 description: ra
3.3 radio data logger – ambient temperature This sensor measures temperature of its ambient. 3.4 radio data logger – temperature product simulation This sensor measures temperature of its ambient as well but provides an additional calculated temperature measurement value. This calculated value represents a product temperature value according a calculated/ simulated behavior. The product simulator is designed to simulate food thawing and chilled or frozen food.
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4 Commissioning This chapter describes the commissioning of the NSF test set up. The system is mainly designed to enable NSF to do the certification tests. The system does not support the whole system UI functionality, which will be offered to end customers in series. The hardware devices have already achieved nearly series level. The measurement data of the devices itself is sent to the original Cloud IoT-core, from where the data can be displayed via Saveris Restaurant Website.
4.2.1 WLAN module and PoE module Before connecting the gateway to the PC or to power supply, the communication modules must be mounted to the gateway first.
4.2.2 Power supply / batteries In general, the Gateway runs without any batteries. It needs a continuous 5V DC/2A power supply. Additionally, the gateway has a battery compartment. Batteries are only relevant for customers, which follow a disaster recovery plan, to ensure, that in any case of power loss, that gateway still works. Basically, the gateway does not store any measurement values.
4.3.3 Gateway offline configuration The Gateway can be configured via a PDF form. Note You need the Adobe Reader program (version 10 or later) to use the PDF form correctly. If you have not installed Adobe Reader, you can go to the following address to download it free of charge: http://get.adobe.com/reader/. 1. Connect the Gateway with mounted WLAN module to the PC. 2. Open the file NetConf.pdf on the external drive in the Windows-Explorer. 3.Enter the Saveris Connect Key into the Account ID field 4.
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5 7 8 4.4 Connecting a radio data logger Before you connect a radio data logger to Gateway, please ensure, that the Gateway is connected to the cloud. You can check the with Saveris Restaurant Website. See chapter 5! 1. Press the button on the Gateway <3 sec. -> Sensor LED is on and Gateway is in connect/ join mode! 2. Press the button on the radio logger for < 3 sec in State OFF.
5 Software 5.1 Saveris Restaurant Software To get access use following URL-address https://i.food.saveris.net 5.1.
5.1.2 Saveris Restaurant Online/ Radio data logger website By selecting the Online data logger page, you get to the radio data logger and dashboard. 5.1.
In this account you can only display the data. To be able to export the data, you must switch to the MTS View Software! 5.2 MTS Viewer Software URL-address To get access use following URL-address MTS Viewer (saveris.
Please enter your assigned account e-mail-address and password! It is not possible to display Saveris Restaurant Account and MTS viewer of one account in parallel. 5.3 MTS-Viewer dashboard 5.3.1 Selecting Sensor Before displaying the measurement values, the relevant sensors must be selected. 5.3.2 Display of measurement data To display current measurement values, data must be loaded via button. 5.3.
5.3.4 CSV Export To get access to measurement values, the data can be exported into a csv-file. 5.4 Disable of radio data sensor or Gateway If a Gateway or sensor is connected to the cloud, the disconnecting of a sensor or gateway has to be done manually by Testo R&D team. Testo SE & Co. KGaA Celciusstraße 2 79822 Titisee-Neustadt Germany Tel.: +49 7653 681-3554 E-Mail: abaermann@testo.
6 Battery / Sensor power supply 6.1 Lithium battery The sensor has a Lithium battery, which cannot be exchanged by customer. If battery is empty, the sensor must be replaced. 6.2 Modified sensors for power supply test To perform VCC tests Test provides modified sensors. Battery is assembled inside but not connected to PCBA. Red cable: VCC Black cable: ground Cutoff voltage: 2,2V Nominal supply voltage:3,6V Max.
7 Technical data Messspezifische Daten Sensor 0572 2201-xx 0572 2202-xx 0572 2203-xx 0572 2204-xx Ambient temperature sensor measurement -30...+85 °C range accuracy ± 0,5 °C resolution 0,1 °C Measurement 1 min -- 24 h cycle response t90 (20K): time < 20 min communicati 1 min -- 24 h on cycle temperature product simulation -30...
7.2 Technical specifications for WLAN or Ethernet communication 7.2.1 Ethernet /DHCP For Ethernet communication please use DHCP configuration in your ITinfrastructure. 7.2.2 Ports Ports The testo Saveris Gateway use the MQTT protocol, which communicates via the TCP 1883 and 8883 port. Furthermore, these UDP port shares are necessary: - Port 53 (DNS name resolution) - Port 123 (NTP time synchronization) All ports must be able to communicate only to the outside in the direction of the cloud.
Sensors 0572 2201- 0572 2202-xx 0572 2203-xx 0572 2204-xx xx Internal Sensor External Sensor x Gateway 0572 2200 xx Operating temperature Storage temperature Protection class Memory Power supply x x 0°C ...
Approval and Certification The use of the wireless module is subject to the regulations and stipulations of the respective country of use, and the module may only be used in countries for which a country certification has been granted. The user and every owner has the obligation to adhere to these regulations and prerequisites for use, and acknowledges that the re-sale, export, import etc. in particular in countries without wireless permits, is his responsibility. Product Mat.-No. Model No.
