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Rion UV-22 Instruction Manual

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INSTRUCTION MANUAL
INTERFACE UNIT
UV-22
3-20-41 Higashimotomachi, Kokubunji, Tokyo 185-8533, Japan
https://www.rion.co.jp/english/

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  • Page 1 INSTRUCTION MANUAL INTERFACE UNIT UV-22 3-20-41 Higashimotomachi, Kokubunji, Tokyo 185-8533, Japan https://www.rion.co.jp/english/...
  • Page 3 This manual describes the features, operation, and other aspects of the Interface Unit UV-22. If the unit is used together with other equipment to confi gure a mea- surement system, consult the documentation of all other components as well. The section starting on page iii contains important information about safety.
  • Page 4 Specifi cations Lists the technical specifi cations of the unit. Reference Material Provides an explanation of maintenance parts. * Company names and product names mentioned in this manual are usually trademarks or registered trademarks of their respective owners.
  • Page 5 FOR SAFETY In this manual, important safety instructions are specially marked as shown below. To prevent the risk of death or injury to persons and severe damage to the unit or peripheral equipment, make sure that all instructions are fully understood and observed.
  • Page 6 This product can be used in any areas including residential areas. The product described in this manual is in conformity with the following standards; Electrical equipment for measurement control and laboratory use. RION Co., Ltd. 3-20-41 Higashimotomachi, Kokubunji, Tokyo 185-8533, Japan...
  • Page 7 100 V AC cord for domestic use in Japan, which is compliant with Japanese laws and electrical safety standards. Do not use this power cord outside Japan or with any voltage other than 100 V AC. Otherwise, RION cannot guarantee the safety of the equipment. Use a power cable that is compliant with the laws and electrical safety standards of your location.

  • Page 8: Table Of Contents

    Contents Precautions ..................v Outline ....................1 Names of Parts and Functions ............3 Front Panel ................3 Rear panel .................5 Top panel ..................6 Bottom panel ................6 Linking ...................7 Linking procedure ..............8 Removing the cable from the link connector ......12 Power Supply Connection ..............13 Preparations ..................
  • Page 9 Commands ..................30 Transfer method and sequence ..........30 Transfer codes ..............30 Transfer format ............... 31 Block reception processing .............33 Command types ..............33 Error processing ..............33 Transfer sequence ..............34 Ratings ...................40 Guaranteed values .............40 Rated values ..............40 Commands ................41 Command Format .............42 Command Reference ...............44 Getting measurement values ...........56 Measurement value data format .........57...
  • Page 10 viii...

  • Page 11: Outline

    Outline The UV-22 is a dedicated interface unit for use with the Sound Level Meter Unit UN-14 and Vibration Meter Unit UV-15. Up to 16 UN-14 and UV-15 units can be linked to a single UV-22. Both USB and Ethernet (LAN) in-...
  • Page 12 Outline *2 Master/Slave function When multiple UN-14 or UV-15 units are linked, the settings of other units (Slave units) can be changed from one unit (Master unit) using this function. For example, if you set one UN-14 (Master unit) to CAL (calibration) mode using a special key action, all other UN-14 units (Slave units) will also go into calibration mode.

  • Page 13: Names Of Parts And Functions

    Select this position to use the USB interface for communication. Ethernet: Select this position to use the Ethernet (LAN) interface for commu- nication. RESET switch Pressing this switch resets the UV-22 as well as linked UN-14/UV-15 units and performs a restart. Use this in case of a communication problem.
  • Page 14 POWER switch Set to ON to activate the unit. If an AC adapter is connected to the UV-22, setting the POWER switch to ON will also supply power to the linked UN-14/UV-15 units. When using the Battery Unit BP-17, connect the AC adapter to the BP-17 and leave the POWER switch of the UV-22 set to ON.

  • Page 15: Rear Panel

    Names of Parts and Functions Rear panel ETHERNET ETHERNET port RION CO.,LTD. MADE IN JAPAN Name plate No. 12345678 DC IN 9-15V DC IN jack Rear view ETHERNET port The LAN cable for Ethernet connection must be plugged in here.

  • Page 16: Top Panel

    Names of Parts and Functions Top panel The top panel of the unit has two hooks which can be used to join multiple units together. Link hook Top view Link hook Bottom panel Removing the cover plates on the bottom of the unit gives access to a connector that is used to supply power and for signal transfer when linking UN-14/UV-15 units.

  • Page 17: Linking

    Linking Install the Interface Unit UV-22 in the leftmost position of a linked series of units as seen from the front. Required tool: Phillips screwdriver (JIS B 4633:1998, type H, No. 2) Important Precautions for linking units • Make sure that power is OFF before starting: - Disconnect AC adapter.

  • Page 18: Linking Procedure

    The parts will be required later for reassembly. Link hooks and fastening screws 2. Plug the link connector of each unit into the link connector of the next unit. UV-22 UV-15/UN-14 Front side Unit bottom Plug into link connector...
  • Page 19 Too long screws may damage parts inside the unit. Front side UN-14/UV-15 UV-22 Unit bottom Mount cover plate on leftmost unit (Interface Unit UV-22) as seen from the front. After connecting link connectors, provisionally join units with link plates supplied with UN-14/UV-15. (Do not fully tighten screws yet.
  • Page 20 Why not to use other screws: Too short screws will not properly secure the plate. Too long screws may damage parts inside the unit. UN-14/UV-15 front side UV-22 front side Fasten with screws removed in step 1 Do not use other screws...
  • Page 21 Linking 6. Attach the link hooks to the unit tops, so that the units are locked together. Securely tighten all screws. Unit top UV-22 Front side UN-14/UV-15 Front side Note If you have lost the original screws, refer to the information about maintenance parts on page 65.

  • Page 22: Removing The Cable From The Link Connector

    Linking Removing the cable from the link connector To unplug the link connector, grasp the tag as shown in the illustration below and carefully pull the connector out. Important Be sure to grasp the side with the “3M” lettering. If you pull on the other side, the tag may break. Grasp tag with “3M”...

  • Page 23: Power Supply Connection

    Power Supply Connection The Interface Unit UV-22 has a power switch that can control power to the entire system. To provide power, purchase the optional AC adapter NC-99 series. Important Connect the power only after assembling and linking the system.

  • Page 24: Preparations

    Preparations Setting the ID number When multiple UN-14 or UV-15 units are linked, you must assign a unique ID number to each unit for identifi cation. The setting is made with the operation keys on the UN-14 and UV-15. The default ID number setting both for the UN-14 and UV-15 is No.
  • Page 25 Preparations 1. When you press the INPUT key on the operation panel of the UN-14 or UV-15 two or three times in succession, the ID number starts to fl ash. 2. Use the RANGE keys to set the number. When the setting is complete, press the MEAS key to return to the measurement screen.

  • Page 26: Local (Master/Slave)

    When the USB or Ethernet (LAN) interface is not to be used and measure- ment is controlled with the operation keys on each individual unit, or when wanting to use the Master/Slave function, set the communication function selector to “LOCAL (MASTER/SLAVE)”. UV-22 Set communication function selector to LOCAL LOCAL...

  • Page 27: Master/Slave Operation

    Preparations Master/Slave Operation Sub LED indicator on left side UV-22 LOCAL MASTER/SLAVE ETHERNET POWER RESET RED:ERROR EQ PEAK EQ P-P EQ PEAK EQ P-P EQ PEAK EQ P-P SOUND LEVEL METER UNIT SOUND LEVEL METER UNIT SOUND LEVEL METER UNIT...

  • Page 28: Master/Slave Operation For Setup

    Preparations Master/Slave operation for setup Settings made at one unit (Master unit) can be refl ected at all other connect- ed units of the same type. This function distinguishes between UN-14 and UV-15 units. Example: Setup mode of UV-15 1. Select one of several linked UV-15 units. This unit is referred to as the Master unit, and all other UV-15 units will be Slave units.

  • Page 29: Communication

    Preparations Communication The UV-22 supports two formats for communication with a computer: USB or Ethernet. After establishing a connection, setup of the UN-14 and UV-15 units, mea- surement data readout, and user fi lter settings can be controlled from the computer.

  • Page 30: Lan Connection

    Preparations LAN connection When the Ethernet (LAN) interface is used, the computer must be connected as a client and the UV-22 as a server. Sound Level Meter Unit UN-14 or Vibration Meter Unit UV-15 Interface Unit UV-22 (max. 16 units total)

  • Page 31: Installing The Usb Driver

    For 32 bit Microsoft Windows 8.1 Pro/10 Pro installer_x64: For 64 bit Microsoft Windows 8.1 Pro/10 Pro vb_sample folder Contains sample software for retrieving data from the UV-22 using the DOD command. The software is written in Visual Basic.

  • Page 32: Installation Procedure

    Preparations Installation procedure 1. Start up the computer. Close any other software that is running. When using 32 bit OS, execute the fi le “setup.exe” located in the “installer_x86” folder. When using 64 bit OS, execute the fi le “setup.exe” located in the “installer_x64”...
  • Page 33 Preparations Follow the wizard to complete the installation. Screens during installation are as follows.
  • Page 34 Preparations Depending on your environment, [Windows Security] may be dis- played. Click on “Install” or “Continue”.
  • Page 35 Preparations 2. Make sure that the POWER switch of the UV-22 is set to OFF and that the communication function selector on the front panel is set to USB. 3. Plug the USB cable into the USB port of the UV-22 and plug the other end of the cable into the USB port of the computer.
  • Page 36 Preparations When the computer detects the UV-22, the device driver software installation is started automatically. When the installation has been completed, USB communication is enabled.

  • Page 37: Ethernet Setup

    To use the Ethernet interface for connection to a computer, you must fi rst make settings for IP address, subnet mask, and default gateway for the UV-22. To assign an IP address to the UV-22 and make other initial settings, the USB connection is used.
  • Page 38 Specifi es the IP address of the UV-22. 2) Subnet mask Specifi es the subnet mask of the UV-22. 3) Default gateway Specifi es the default gateway of the UV-22. The factory default settings of the UV-22 are as shown below. IP address: 192.168.100.100 Subnet mask: 255.255.255.0 Default gateway: 192.168.100.1...
  • Page 39 Specifi es the IP address of the UV-22 connected to the computer via an Ethernet connection. * If there are multiple UV-22 units on the network, specify the IP address of the UV-22 with which you want to communicate. When using the UV-22 for which the settings in “UV-22 LAN settings”...

  • Page 40: Commands

    Commands Transfer method and sequence Transfer codes The codes used for communication with the UV-22 are as follows. Control codes Code Hexadecimal notation Meaning <ENQ> Enquire <ACK> Acknowledge <NAK> Not Acknowledge <STX> Start Block <ETX> End Block <CR> Terminator, 1st character <LF>...

  • Page 41: Transfer Format

    <ETX> BCC <CR> <LF> 1 byte ATTR =‘C’ When there are multiple parameters, a space is used as delimiter. Data response block: Response from UV-22. Response data are ASCII. <STX> ATTR Data response <ETX> <CR> <LF> 1 byte ATTR =‘A’ or ‘Q’...
  • Page 42 Commands This section explains the functions of “ID”, “ATTR”, and “BCC” in the transfer format block. ID: ID Number The ID number is 1 (01 ) in binary notation. ATTR: Block Attribute The block attribute information is added by the sender, to facilitate pro- cessing of the block at the receiving end.

  • Page 43: Block Reception Processing

    For reception processing, the unit is initially in the <STX> wait (idling) mode, except during a sequence while waiting for response from the computer. In idling mode, the Interface Unit UV-22 disregards any data except <STX>. Command types There are two types of commands: setting commands and request com- mands.

  • Page 44: Transfer Sequence

    The setting sequence can be selected to have a response or not. Check device sequence An acknowledge block is returned in response to the check device block. This is a standalone sequence which requires no preparation. Computer UV-22 Check device block Block normal Acknowledge block...
  • Page 45 Setting sequence Normal execution After command processing, an Acknowledge response is sent. “After command processing” refers to the point where processing has commenced, not where processing is completed. Computer UV-22 Command block Block normal Acknowledge block After command processing Abnormal execution When a block or command processing error has occurred, a Not Acknowl- edge response is sent.
  • Page 46 Commands Request sequence (1 block) Normal execution The response is sent immediately after receiving the request command. Computer UV-22 Command block Block normal Data response block Abnormal execution When a block or command processing error has occurred, a Not Acknowl- edge response is sent.
  • Page 47 When sending a stop request code to UV-22, wait until the current block has been fully sent. (Do not send a stop request code in the middle of a block.) After the last block has been sent, the UV-22 goes into the idling state. Computer UV-22...
  • Page 48 UV-22. Before the transmission stops completely, several data response blocks may be sent from the UV-22. Therefore an Acknowledge response is sent when the transmission is completed. After the transmission has stopped, the UV-22 goes into the idling state.
  • Page 49 After the error response, the unit returns to the idling state and does not continue to send multiple blocks or carry out other communication tasks. Computer UV-22 Any block Block normal or BCC error Not Acknowledge block...

  • Page 50: Ratings

    “Processing timeout” error response in case of processing problem Max. 100 msec Send character interval Interval until UV-22 enters Max. 200 msec idling state after sending data * Depending LAN connection condition, network confi guration, and network traffi c, slight delays may occur.

  • Page 51: Commands

    Commands Commands Command Function See page Get ID number of UN-14/UV-15 ......44 Set/Get calibration on/off status ......44 Set/Get instantaneous value display/range display ... 45 Set/Get input settings ..........45 Set/Get measurement settings........47 Set/Get sensitivity setting ........48 Set/Get range setting ..........

  • Page 52: Command Format

    Commands Command Format In this manual, a single character is represented as “ ”, a space as “_”, param- eters as “p1,p2,...”, and response data as “d1,d2,...”. Parameters and response data may be more than 1 character long. Commands consists of three letters which are not case-sensitive (upper-case or lower-case can be used).
  • Page 53 Commands length. Depending on the value range, the length of the parameter will differ. Measures such as padding with leading zeros are not implemented. Valid Valid Not valid...

  • Page 54: Command Reference

    Commands Command Reference DID (Device InDex) Get: ID number setting of device Request command DID? Response data d1,d2,d3,d4,d5,...,d17 0: No ID number duplication 1: ID number duplication Device with ID number 1 0: None 14: UN-14 15: UV-15 d3 Device with ID number 2 d4 Device with ID number 3 d5 Device with ID number 4 d17 Device with ID number 16...
  • Page 55 Commands DPY (DisPlaY) Set: Instantaneous value display/range display Setting command DPY p1 p2 Target device ID number (1 to 16, 244 [all UN-14 units], 245 [all UV-15 units]) Select instantaneous value display/range display (0: instantaneous value display 1: range display) Transfer format: response block Get: Instantaneous value display/range display ON/OFF...
  • Page 56 Commands Setting values for p2 to p5 Input settings p2 p3 p4 p5 Front (7-pin connector) Rear (BNC connector) UN-14 Rear CCLD TEDS (BNC connector) (TEDS compliant sensor) Front Charge (Microdot connector) (Piezoelectric accelerometer) Front CCLD (Microdot connector) (Accelerometer with built-in preamplifier) UV-15 Front CCLD TEDS (Microdot connector) (TEDS compliant sensor)
  • Page 57 Commands MSS (MeaSure Setting) Set: Measurement settings Setting command MSS p1 p2 p3 p4 p5 Target device ID number (1 to 16, 244 [all UN-14 units], 245 [all UV-15 units]) For UN-14: Select time weighting char- acteristics (1: Fast 2: Slow 3: 10 ms) For UV-15: Select measurement mode (1: Acceleration...
  • Page 58 Commands Get: Measurement settings Request command MSS? p1 Target device ID number (1 to 16) Response data d1,d2,d3,d4 d1 For UN-14: Time weighting character- is-tics For UV-15: Measurement mode d2 For UN-14: Frequency weighting char- acteristics For UV-15: Indication characteristics Transfer format: response block SNS (SeNSitivity) Set: Sensitivity setting...
  • Page 59 Commands Response data d1,d2 Sensitivity value Decimal point position Transfer format: response block RNG (RaNGe) Set: Range setting Setting command RNG p1 p2 Target device ID number (1 to 16) Range Transfer format: response block For UN-14: 0 to 5 (For setting values, see table below) Setting value Sensitivity −10.0 to −19.9...
  • Page 60 Commands TDS (TeDS) Get: TEDS communication status When TEDS communication was enabled with the INP command, the communication result can be obtained with this command. Request command TDS? p1 Target device ID number (1 to 16) Response data TEDS communication status 0: TEDS communication not enabled 1: TEDS communication in progress (result of input setting TEDS ON)
  • Page 61 Commands Template information Template information (16 bytes equivalent) binary code expressed as a hex string (32 characters) (Template information is obtained up to 16 bytes) Transfer format: response block TEC (Teds Error Clear) Set: Cancel TEDS error indication from TEDS query by UN-14/UV-15 Setting command TEC p1 Target device ID number (1 to 16)
  • Page 62 Commands ULF (User Low pass Filter) Set: User fi lter LPF value Setting command ULF p1 p2 Target device ID number (1 to 16) User HPF cutoff frequency UN-14 0: 300 Hz, 1: 315 Hz, 2: 400 Hz, 3: 500 Hz, 4: 630 Hz, 5: 800 Hz, 6: 1 kHz, 7: 1.25 kHz, 8: 1.5 kHz, 9: 1.6 kHz, 10: 2 kHz, 11: 2.5 kHz, 12: 3 kHz, 13: 3.15 kHz, 14: 4 kHz, 15: 5 kHz,...
  • Page 63 Commands Get: Current measurement value Request command DOD? Response data For details on response data, see “Getting measurement values” on page 56. Get: Continuous measurement value Request command DRD? Response data For details on response data, see “Getting measurement values” on page 56.
  • Page 64 Commands Get: IP address Request command IPA? Response data d1,d2,d3,d4 to d12 1st byte of IP address 2nd byte of IP address 3rd byte of IP address 4th byte of IP address 1st byte of subnet mask 2nd byte of subnet mask 3rd byte of subnet mask 4th byte of subnet mask 1st byte of default gateway...
  • Page 65 Commands DCL (Data CLear) Set: Restore factory default settings Setting command VER (VERsion) Get: Version information Request command VER? Response data CPU fi rmware version of UV-22 Transfer format: response block...

  • Page 66: Getting Measurement Values

    Start continuous measurement value transmission Sending the DRD command starts continuous transmission of mea- surement values. In this condition, the UV-22 automatically sends measurement value data every 100 ms. Stop continuous measurement value transmission To stop the transmission, send the single-byte command <SUB>...

  • Page 67: Measurement Value Data Format

    Commands Measurement value data format Measurement data are sent using the following format. d1,d2,d3,d4,...,d15,d16 Measurement data of device with ID number 1 Measurement data of device with ID number 2 Measurement data of device with ID number 3 Measurement data of device with ID number 4 d15 Measurement data of device with ID number 15...
  • Page 68 Note Because transmission sampling and measurement sampling of UV-22 and specifi ed UN-14/UV-15 units are separate, identical data or data drop may occur on rare occasions. All data for ID numbers of devices that do not...
  • Page 69 Commands Example for getting measurement value data from UV-15 Target device: Input signal: Front Measurement mode: Acceleration Indication characteristics: RMS HPF: None LPF: None Sensitivity: 5.00 Range: Power ON Set INP10000 (Input selection) MSS11111 (Measurement parameter setup) SNS15001 RNG14 Make above settings to prepare device for measurement data retrieval DOD? (Get display value)

  • Page 70: Supplied Cd-Rom

    For 32 bit Microsoft Windows 8.1 Pro/10 Pro installer_x64: For 64 bit Microsoft Windows 8.1 Pro/10 Pro vb_sample folder Contains sample software for retrieving data from the UV-22 using the DOD command. The software is written in Visual Basic.

  • Page 71: Specifi Cations

    CE marking, UKCA marking, China RoHS UN-14/UV-15 Interface Number of connected units: up to a combined total of sixteen UN-14/UV-15 units Interfaces USB 1.1 (one UV-22 per computer supported) Connector: Mini B Ethernet 10/100 Base-TX (one UV-22 per computer supported) TCP/IP port number...
  • Page 72 150 mm (H) × 36 mm (W) × 179 mm (D) Approx. 500 g Supplied accessories CD-ROM (Instruction Manual for UV-22, UV-22Viewer software, Instruction Manual for UV-22Viewer software, USB driver, and sample software) USB cable (USB Mini-B, 5-pin) KU-AMB518 Concise Manual M3 fl at-head screw 3×10...
  • Page 73 Specifi cations UV-22 LOCAL MASTER/SLAVE ETHERNET POWER RESET ETHERNET RED:ERROR RION CO.,LTD. MADE IN JAPAN N o. 12 3 4 5 6 7 8 POWER DC IN 9-15V Front view Side view Rear view Unit: mm Dimensional Drawing...

  • Page 74: Rack Mounting Base

    Rack Mounting Base The dimensional drawing of the optional accessory, rack mounting base CF-27 is shown below. 435.3 Front Board thickness: 1.6 Material: SPCC (cold rolled sheets) with rust prevention treatment Painting color : Munsell N 7.5 Right side Unit:...

  • Page 75: Reference Material

    Part name: Cover plate Part number: UV-16-008 M3 flat-head screw Part name: M3 fl at-head screw Rion designation: KS 3 × 10 Cover plates Conventional market designation: Flat-head screw M3 × 10 Unit bottom Screw length 10 mm...

  • Page 76: User Filter

    Reference Material User Filter UV-15 user fi lter frequency characteristics are shown below. UV-15 HPF frequency characteristics UV-15 user filter HPF frequency characteristics −10 −20 −30 −40 −50 1000 Frequency (Hz) HPF (High-pass fi lter cutoff frequency: −10% attenuation) 3 Hz, 3.15 Hz, 4 Hz, 5 Hz, 6.3 Hz, 8 Hz, 10 Hz, 12.5 Hz, 15 Hz, 16 Hz, 20 Hz, 25 Hz, 30 Hz, 31.5 Hz, 40 Hz, 50 Hz, 63 Hz, 80 Hz, 100 Hz, 125 Hz, 150 Hz, 160 Hz Attenuation slope: −18 dB/oct...
  • Page 77 Reference Material UV-15 LPF frequency characteristics UV-15 user filter LPF frequency characteristics 20 kHz −10 16 kHz 15 kHz −20 12.5 kHz 10 kHz −30 8 kHz 6.3 kHz −40 5 kHz −50 10 k 50 k 100 k Frequency (Hz) LPF (Low-pass fi lter cutoff frequency: −10% attenuation) 300 Hz, 315 Hz, 400 Hz, 500 Hz, 630 Hz, 800 Hz, 1 kHz, 1.25 kHz, 1.5 kHz, 1.6 kHz, 2 kHz, 2.5 kHz, 3 kHz, 3.15 kHz, 4 kHz, 5 kHz,...
  • Page 78 Reference Material UN-14 user fi lter frequency characteristics are shown below. UN-14 HPF frequency characteristics UN-14 user filter HPF frequency characteristics −10 −20 −30 −40 −50 1000 Frequency (Hz) HPF (High-pass fi lter cutoff frequency: −3 dB attenuation) 3 Hz, 3.15 Hz, 4 Hz, 5 Hz, 6.3 Hz, 8 Hz, 10 Hz, 12.5 Hz, 15 Hz, 16 Hz, 20 Hz, 25 Hz, 30 Hz, 31.5 Hz, 40 Hz, 50 Hz, 63 Hz, 80 Hz, 100 Hz, 125 Hz, 150 Hz, 160 Hz Attenuation slope: −18 dB/oct...
  • Page 79 Reference Material UN-14 LPF frequency characteristics UN-14 user filter LPF frequency characteristics 50 kHz 40 kHz −10 31.5 kHz 25 kHz −20 20 kHz 16 kHz −30 15 kHz 12.5 kHz −40 10 kHz 8 kHz −50 10 k 50 k 100 k Frequency (Hz) LPF (Low-pass fi lter cutoff frequency: −3 dB attenuation)
  • Page 80 No. 65800 21-11...

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