Phcbi LabSVIFT MTR-IOTWE1 Operating Instructions Manual
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Phcbi LabSVIFT MTR-IOTWE1 Operating Instructions Manual

Phcbi LabSVIFT MTR-IOTWE1 Operating Instructions Manual

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Operating Instructions
LabSVIFT Transmitter
MTR-IOTWE1 
Please read the operating instructions carefully before using this product, and keep the operating
instructions for future use.

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Summary of Contents for Phcbi LabSVIFT MTR-IOTWE1

  • Page 1 Operating Instructions LabSVIFT Transmitter MTR-IOTWE1  Please read the operating instructions carefully before using this product, and keep the operating instructions for future use.

  • Page 2: Table Of Contents

    CONTENTS INTRODUCTION ..........................3 SAFETY PRECAUTIONS ......................... 4 FCC/ICES Statements ........................8 Trademarks ............................8 Required PC Environment for Settings..................... 8 System Configuration Diagram ......................9 Unit Part Names of the Unit ......................13 Bundled Items ..........................14 Optional Items ..........................14 Installation flow ..........................

  • Page 3: Introduction

    INTRODUCTION ■ Read the operating instructions carefully before using the product and follow the instructions for safe operation. ■ PHC Corporation takes no responsibility for safety if the product is not used as intended or is used with any procedures other than those given in the operating instructions. ■...

  • Page 4: Safety Precautions

    SAFETY PRECAUTIONS Be sure to observe the operating instructions as they contain important safety advice. For correct and safe use of the product, follow the precautions and procedures in this operating instruction carefully. Failure to do so could result in injury or damage to the product. Precautions are illustrated in the following way: WARNING Warning indicates a potentially hazardous situation which, if not avoided, could...
  • Page 5 WARNING       Installation    Do not use the unit outdoors. Exposure to rain may cause an electric leakage and/or an electric shock.  Do not install the unit in a location where flammable or volatile substances are present.  ...
  • Page 6 SAFETY PRECAUTIONS WARNING       AC Adaptor (When using AC Adaptor as Power supply)    Never damage the AC Adaptor (by breaking, adapting, placing near a source of heat, bending with force, twisting, pulling, adding weight, or binding). The power plug may cause an electric shock, a short circuit, or a fire.
  • Page 7 WARNING     When something is wrong with the unit  Never disassemble, repair, or modify the unit yourself.   Any work carried out by unauthorized personnel may result in an electric shock. Contact our sales representative or agent for maintenance or repair. ...

  • Page 8: Fcc/Ices Statements

    FCC/ISED/ICES Statements (FCC) “This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules.

  • Page 9: System Configuration Diagram

    System Configuration Diagram Laboratory equipment are classified into 3 groups according to the method of getting monitoring data. Gen.3 : PHC products which support LabSVIFT transmitter (hereinafter referred to as Transmitter) functions and don’t support RS-485 function. Example : MDF-DU503VH/DU703VH Gen.2 : PHC products which have RS-485 functions and don’t support Transmitter functions.
  • Page 10 System Configuration Diagram Gen.3 : Transmitter uses USB function to communicate with Gen.3 , and can get a power supply via a connected USB cable from them. It cannot communicate Gen.3 with RS-485 function. With Gen.3 , Transmitter can get the following data. (these are examples) USB transmission  ...
  • Page 11 Gen.2 : Transmitter uses RS-485 function to communicate with Gen.2. To use RS-485 function, MTR-480 is necessary, and that must be pre-installed in the Gen.2 equipment. And It is necessary to use a bundled AC adaptor to get a power supply, and to set it to the local mode and input Device ID. (Refer to page 21) Transmitter can communicate with Gen.2 using RS-485 transmission, but can not use USB transmission with Gen.2.
  • Page 12 System Configuration Diagram Gen.1 : Transmitter doesn’t have any communication methods with this group. It is necessary to use a bundled AC adaptor to get a power supply. With Gen.1, Transmitter can get the following data. (these are examples) Digital sensor ->...

  • Page 13: Unit Part Names Of The Unit

    Unit Part Names of the Unit (3) (4) (10) (11) name function LED light LED displays several operating statuses. (Lit green: Connecting to the cloud / Lit red: Disconnecting from the cloud / Blinking red: Running on battery / Lit orange: AP mode) MODE button Press and hold for 5 seconds or more to set Transmitter on AP mode.

  • Page 14: Bundled Items

    Bundled Items The below items are bundled with Transmitter. AC Adaptor Clamp Type cable Battery Box (*) USB Cable 0.5 m USB Cable 3 m (White) (Black) clamp (n=3) *: Batteries are not bundled. Optional Items Optional Digital PT sensor Optional Digital Thermistor sensor Optional Analog converter Band type cable clamps (n=4) are bundled with each option.

  • Page 15: Installation Flow

    Installation flow Part 1 : Connect Transmitter to Power supply with AC Adaptor When configuring network settings, Gen.2(*) and Gen.1(*) products require the bundled AC adaptor to get a power supply. (*: Refer to Page 9) 1. Open the back cover by pressing its claw. Then set the network selector SW to "LAN" or “WLAN” which is used for Network settings after Part 2.

  • Page 16: Part 2 : Pc Network Settings

    Part 2 : PC network settings of a PC Part 2-1 : Network Settings for using a wired LAN This section describes network settings with a wired LAN. 1. Prepare a PC for setting (hereinafter referred to as PC) and a LAN cable. 2.

  • Page 17: Part 3 : Transmitter Network Settings

    4. Input MAC_ID in the Security key field of the Network list for the PC. MAC_ID is printed on the name plate attached on the side of Transmitter. Note 1: On most types of PCs, clicking Wireless Mark on MENU will bring up a connecting network list.
  • Page 18 Part 3 : Transmitter network settings Sign In This section describes the sign in procedure for the Transmitter Setting screen. Sign in requires "Serial No." and "Passcode" of Transmitter. Refer to the name plate label attached on the side of Transmitter. 1.
  • Page 19  When there is an inquiry about the password of this system, do not reveal it. Service members never make inquiries about the password of this system.  Do not divulge the password used in this system or any information related to the password.
  • Page 20 Part 3 : Transmitter network settings Wireless LAN Settings This section describes the procedure for wireless LAN settings for Transmitter. Items Contents SSID Enter the SSID. Network Select the encryption mode from the following: Authentication OPEN (WEP OFF), OPEN (WEP ON), WPA2- Personal, WPA2-Enterprise (PEAP), WPA2- Enterprise (EAP-TLS) WEPKey...
  • Page 21 RS485 Communication Setting This section describes the procedure for RS485 communication settings between Transmitter and Gen.2(*) products.  For this communication, MTR-480 must be pre-installed to Gen.2(*) products. And must set it to the local mode and Device ID (DAQ ID). For these details and setting method, refer to the installation manual of MTR-480.
  • Page 22 Part 3 : Transmitter network settings Change Password This section describes the procedure to change the password.  Be sure to change the password. If you continue to use the "initial password", it may cause security and system problems. Be sure to change the password. Click [Change Password].

  • Page 23: Part 4 : Install Transmitter On Laboratory Equipment

    Part 4 : Install Transmitter on Laboratory equipment This section describes some examples of installation configurations of Transmitter and a monitored equipment. These are only reference configurations. And these examples are described for Gen.1(*), Gen.2(*), and Gen.3(*) respectively. ( *: Refer to Page 9) The below clampers are used to fix cables in installment examples.
  • Page 24 Part 4 : Install Transmitter on Laboratory equipment  Do not install Transmitter upside down when installing it on the top surface of the equipment. Batteries’ liquid may leak and cause injury and damage to Transmitter.  Do not install Transmitter to on a heat-sensitive sterilizer or other equipment where the surface of the equipment is hot.
  • Page 25 ① Case of installing on the front of products This installation method is only for MDF-DU503VH/DU703VH. Connect the USB port (Type-A) of the DU503VH/DU703VH control panel and the USB port (Type-C) of Transmitter with the bundled USB cable (0.5 m white) Don’t making following connections on  ...
  • Page 26 Part 4 : Install Transmitter on Laboratory equipment ② Case of Installing on the side of products Gen.3 products Connect the USB port (Type-A) located on the side of the product and the USB port (Type-C) of Transmitter with the included USB cable (3 m black).
  • Page 27 Gen.2 products Gen.1 products Connect the USB port (Type-C) of Transmitter to Connect the USB port (Type-C) of Transmitter the bundled AC Adaptor. to the bundled AC Adaptor. Connect the AC Adaptor to the power source. Connect the AC Adaptor to the power source. ...
  • Page 28 Part 4 : Install Transmitter on Laboratory equipment ③ Case of installing on the top surface of products Gen.3 products Connect the USB port (Type-A) located on the side of the product and the USB port (Type-C) of Transmitter with the included USB cable (3 m black).
  • Page 29 Gen.2 products Gen.1 products Connect the USB port (Type-C) of Transmitter to Connect the USB port (Type-C) of Transmitter the bundled AC Adaptor. Connect the AC Adaptor to the bundled AC Adaptor. Connect the AC to the power source. Adaptor to the power source. ...

  • Page 30: Part 5 : Connect Transmitter To A Power Supply

    Part 5 : Connect Transmitter to a power supply (NOTE) When connecting to product of a model other than Gen.3 with a USB port (Refer to Page 25), use "USB cable + AC adaptor" (power supply from the AC adaptor is required) as the power source. If USB cable is already connected to Transmitter and it is connected to a power supply via AC adaptor (Gen.1, Gen.2 products) or Gen.3 product, it is possible to skip this Part 5.
  • Page 31 Case of Gen.2 and Gen.1 (*) product 1. Connect the included USB cable （3 m black）to Transmitter . 2. Pull out the USB cable clamp and then fix it to the cable. USB Type-C After inserting the USB cable into the USB port, lower the USB cable clamp in the direction indicated by the arrow to fit it.

  • Page 32: Part 6 : Insert Batteries Into Transmitter

    Part 6 : Insert batteries into Transmitter Batteries are used for a power failure mode. (Refer to Page 40) Open the back cover by pressing its claw. Take out the battery box. Battery box Place batteries in the battery box paying attention to the direction (+ -) of the batteries. Use alkaline LR6AA (n= 4).
  • Page 33  Do not misuse batteries. Misuse may cause leakage of liquid or gas, heat generation, ignition, explosion or injury. It may also cause failure or malfunction of the unit.  Do not disassemble, process (cut, solder, etc.) or pressurize batteries. ...
  • Page 34 Part 6 : Insert batteries into Transmitter  Replace all 4 batteries at the same time.  When a power failure occurs, replace batteries with new ones once power is restored it. They may be exhausted and Transmitter may not work properly during a subsequent power failure.

  • Page 35: Part 7 : Register Transmitter In Web Service Application

    Part 7 : Register Transmitter in Web Service Application For the procedure to register Transmitter to be installed in Web Service Application refer to " 6.5.1 Registering the Device" in the LabSVIFT Web Service instruction manual. Registration requires the "Product Serial Number" and "Passcode" on the product name plate. The name plate label attached on the side of the unit ...

  • Page 36: Part 8 : Other Items

    Part 8 : Other Items Save and restore the network settings When installing multiple Transmitters on the same network, it is possible to import the network settings set in one Transmitter to other Transmitters. This makes it possible to reduce the effort required for network settings even when multiple Transmitters are installed.
  • Page 37 The procedure to restore the saved network settings to another Transmitter is as follows. 1. Select [Import] 2. The file selection screen will be displayed.   Select the "settings.dat" file which is downloaded in the described process. 3. The network setting information is reflected on the screen. 4.
  • Page 38 Part 8 : Other Items Re-setting with the wired LAN after the initial settings 1．Prepare a PC and a LAN cable 2．Set the wired LAN network settings on the PC as follows ＜Wired LAN settings on the PC ＞   IP address ：...

  • Page 39: Led Lighting Specifications

    *: To get the IP address of Transmitter, refer to Web Service Application. If the IP address is not displayed on it, follow the steps in Part 2-2 Network settings for using a wireless LAN (Refer to Page 16). In this step, use IP Address http://192.168.100.10.. (Refer to Part 3 in Page 18) The below is the menu of the LabSVIFT Web Service Application.

  • Page 40: Notice For Power Failures

    Notice for power failures When batteries are installed, Transmitter changes its mode to power failure mode in the event of a power failure. Normal mode is restored after recovery from the power failure. (Power failure mode) LED blink: The red LED blinks slowly (approximately once every 5 seconds) during a power failure. However, when the batteries’...

  • Page 41: Mount Digital Pt Sensor / Digital Thermistor Sensor/ Analog Converter (Optional)

    Mount Digital PT sensor / Digital Thermistor sensor / Analog converter (Optional) The three optional modules are basically mounted in the same way. This section describes how to mount the Digital PT sensor as a representative example. Turn off the power of Transmitter. If the USB cable is connected, remove it.
  • Page 42 Mount Digital PT sensor / Digital Thermistor sensor / Analog converter (Optional) 5. Press and hold the below arrow point of the module until it clicks to fix it.  Confirm that the module clicks firmly in placed and cannot be easily removed. 6.

  • Page 43: Installation Notice For Optional Modules

    Installation Notice for Optional modules Installation  Use the access port to insert the sensor into our Pharmaceutical Refrigerator and Blood Bank Refrigerator. Use the sensor fixing screw for the self-recording temperature recorder to fix the sensor mounting position inside the refrigerator.

  • Page 44: Trouble Shooting

    TROUBLE SHOOTING Trouble (Symptom) Status Countermeasure Drop in battery capacity Red LED blinks quickly. Replace the batteries. Cannot communicate with Red LED lights up. [1] Verify the network selector SW is Wi-Fi during installation “WLAN”. [2] Verify that Wi-Fi settings are correct on the Transmitter settings screen.

  • Page 45: Specifications

    SPECIFICATIONS Product name LabSVIFT Transmitter Model No MTR-IOTWE1-PA Size [mm] Dimension：120 mm× Hight︓35 mm Weight [g] 205 g (without Batteries) Network specifications Wireless LAN(Wi-Fi) ＋ Wired LAN Wi-Fi protocol IEEE802.11a/b/g/n 2.4 GHz / 5 GHz Used CH 5GHz band W52(36,40,44,48) W53(52,56,60,64) W56(100,104,108,112,116,132,136,140) W58(149,153,157,158,161,165)

  • Page 46: Option Digital Pt Sensor Specifications

    SPECIFICATIONS AC Adaptor Input Voltage 100 - 240 VAC (Bundled accessory) Frequency 50 Hz / 60 Hz Output Voltage Maximum Power MAX 10 W Design or specifications are subject to change without notice. *: Gen.3 , 2, and 1 are classified on Page 9. Option : Digital PT sensor specifications Product name: Digital PT sensor Model No.: MTR-DPT-PW...

  • Page 47: Option Analog Converter Specifications

    Option : Analog converter specifications Product name: Analog converter Model No.: MTR-ANACON-PW Input Voltage 5 V DC : Connected to LabSVIFT Transmitter Measurement range 0-5 V Accuracy ±0.003 V DC±0.1 %rdg Resolution 0.001 V DC...

  • Page 48: Open Source Software On Labsvift Transmitter

    OPEN SOURCE SOFTWARE on LabSVIFT Transmitter The below is Open source software used in the Wi-Fi module on LabSVIFT Transmitter. Name Version License backports 4.4.2-1-0-gbec4037 GPLv2 buildroot 2017.02.2 GPLv2 busybox 1.26.2 GPLv2 dropbear 2017.75 ethtool GPLv2 gpio GPLv2 hostap (hostapd/wpa_supplicant) 2.1-devel sx 1.0.0.a08 iptables 1.6.1...

  • Page 49: Safety Check Sheet

    CAUTION Please copy and fill out this form before servicing. Hand over the form to the service engineer for their and your safety. Safety check sheet 1. Contamination of the unit and optional modules: □ □ No contamination: □ □ Decontaminated: □...
  • Page 50 MEMO...
  • Page 51 MEMO...
  • Page 52 PHC Corporation of North America 1300 Michael Drive, Suite A, Wood Dale, IL 60191 Toll Free USA (800) 858-8442 Fax (630) 238-0074 Printed in Japan LDCL081700-0 1-1-1 Sakada, Oizumi-machi, Ora-gun, Gunma 370-0596, Japan J0223-0 © PHC Corporation 2023...

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