VHV5-F OMRON | Alldatasheet
Document overview
- Manufacturer or author: Provided By alldatasheet.com(free datasheet download site)
- PDF pages: 43
Technical content
Features
- Smallest reader in its class.
- High-end multi-core processor (including NPU for AI). 13 times the processing power of the MicroHAWK.
- 2.3 MP (80 FPS) and 5 MP (40 FPS) global shutter sensors.
- Three autofocus lens focal length choices to cover the widest range of applications.
- Highest-power lighting on the market today.
- Third port for external lighting, compatible with most major machine vision light suppliers.
- Support for digital I/O, RS-232, Ethernet TCP/IP, EtherNet/IP™, and PROFINET communications.
- IP69K-rated.
- PoE+ or direct 24V power. Runtime Configuration Options
Use the table below to determine the product specifications of your reader from the model number on the label. Important: Please see the next section for the full list of orderable model numbers. All other variations should be assembled using standard models combined with available accessories. VHV5-F – Autofocus Multicode Reader, IP67 Enclosure, 24V/PoE, with Serial, Digital IO, and Ethernet. No. Classification Code Meaning
1 Focus Distance (mm) 000 Autofocus
Focus Distance in mm
2 Lens / Field of View
3 Sensor Type 023M 2.3 Megapixel, Monochrome, Global Shutter 050M 5 Megapixel, Monochrome, Global Shutter
4 Front Window Filter Type
D Light-Diffusing Front Window P Polarizing Window to Eliminate Glare H Half-Polarized Window (Gives the user the option to use either polarized or standard lighting in the same unit)
5 Light Color
6 License X High-Speed X-Mode Decoder
7 Custom (0 – Z) D Reserved
0 to 9, A to Z OEMs and Large Customers
Ordering Information
Standard Orderable Reader Models Standard Red 2.3 MP and Standard Red 5 MP Standard White 2.3 MP and Standard White 5 MP Standard Red 2.3 MP with Half Polarizer and Standard Red 5 MP with Half Polarizer Note 1: VHV5-F readers are sold without cables or mounting. These items can be found in later sections. Note 2: The VHV5-F uses the same Parallel IO cables and interconnect accessories as the MicroHAWK V430-F and V440-F. Note 3: X-Mode is suitable for all labels as well as low print grade codes and DPM. Appearance Standard Red 2.3 MP Part Number VHV5-F, Autofocus, Medium Lens, 2.3 MP, Standard Red Light, X-Mode Reader VHV5-F000M023M-SRX VHV5-F, Autofocus, Narrow Lens, 2.3 MP, Standard Red Light, X-Mode Reader VHV5-F000N023M-SRX VHV5-F, Autofocus, Long Lens, 2.3 MP, Standard Red Light, X-Mode Reader VHV5-F000L023M-SRX Standard Red 5 MP Part Number VHV5-F, Autofocus, Medium Lens, 5.0 MP, Standard Red Light, X-Mode Reader VHV5-F000M050M-SRX VHV5-F, Autofocus, Narrow Lens, 5.0 MP, Standard Red Light, X-Mode Reader VHV5-F000N050M-SRX VHV5-F, Autofocus, Long Lens, 5.0 MP, Standard Red Light, X-Mode Reader VHV5-F000L050M-SRX Appearance Standard White 2.3 MP Part Number VHV5-F, Autofocus, Medium Lens, 2.3 MP, Standard White Light, X-Mode Reader VHV5-F000M023M-SWX VHV5-F, Autofocus, Narrow Lens, 2.3 MP, Standard White Light, X-Mode Reader VHV5-F000N023M-SWX VHV5-F, Autofocus, Long Lens, 2.3 MP, Standard White Light, X-Mode Reader VHV5-F000L023M-SWX Standard White 5 MP Part Number VHV5-F, Autofocus, Medium Lens, 5.0 MP, Standard White Light, X-Mode Reader VHV5-F000M050M-SWX VHV5-F, Autofocus, Narrow Lens, 5.0 MP, Standard White Light, X-Mode Reader VHV5-F000N050M-SWX VHV5-F, Autofocus, Long Lens, 5.0 MP, Standard White Light, X-Mode Reader VHV5-F000L050M-SWX Appearance Standard Red 2.3 MP with Half Polarizer Part Number VHV5-F, Autofocus, Medium Lens, 2.3 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000M023M-HRX VHV5-F, Autofocus, Narrow Lens, 2.3 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000N023M-HRX VHV5-F, Autofocus, Long Lens, 2.3 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000L023M-HRX Standard Red 5 MP with Half Polarizer Part Number VHV5-F, Autofocus, Medium Lens, 5.0 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000M050M-HRX VHV5-F, Autofocus, Narrow Lens, 5.0 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000N050M-HRX VHV5-F, Autofocus, Long Lens, 5.0 MP, Standard Red Light, Half-Polarized Window, X-Mode Reader VHV5-F000L050M-HRX
Appearance Type Part Number VHV5-F L-Bracket Adjustable Angle Mounting Kit (VHV5-F only) VHV5-AM0 Universal Mounting Block and Heatsink Kit (VHV5-F only) VHV5-AM1 VHV5-F APG Pan and Tilt Camera Mount (VHV5-F only) VHV5-AM2 Appearance Type Part Number VHV5-F Standard Window (for Medium Lens Models) VHV5-AF0 VHV5-F Lensed Window (for Narrow and Long Lens Models) VHV5-AF1 VHV5-F Diffuser Accessory VHV5-AF2 VHV5-F Polarizer Accessory VHV5-AF3 VHV5-F Half Polarizer Accessory VHV5-AF4
Appearance Category Length / Spec Part Number X-Code to RJ45 Ethernet Cable (High Flex, Straight, Black J acket)
1 Meter 61-9000134-01
3 Meters 61-9000134-02
5 Meters 61-9000134-03
10 Meters 61-9000134-04
X-Code to RJ45 Ethernet Cable (High Flex, Straight, Black J acket)
2 Meters FHV-VNB2 2M
3 Meters FHV-VNB2 3M
5 Meters FHV-VNB2 5M
10 Meters FHV-VNB2 10M
20 Meters FHV-VNB2 20M
X-Code to RJ45 Ethernet Cable (High Flex, Right-Angle, Black Jacket)
2 Meters FHV-VNLB2 2M
3 Meters FHV-VNLB2 3M
5 Meters FHV-VNLB2 5M
10 Meters FHV-VNLB2 10M
20 Meters FHV-VNLB2 20M
M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232)
3 Meters V430-W8-3M
5 Meters V430-W8-5M
10 Meters V430-W8-10M
M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232) – Right Angle Back 3 Meters V430-W8LD-3M M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232) – Right Angle Front 3 Meters V430-W8LU-3M Reader M12 to RS-232 Breakout Cable
1 Meter V430-WR-1M
3 Meters V430-WR-3M
VHV5-F to External Light – 5 Pin M12 Plug to 5 Pin M12 Socket 1 Meter 61-000184-01 Cable, Adapter, Omron PLC 2 Meters V430-WPLC-2M *Important: Standard Omron FJ-VSG Ethernet cables are available in alternative and longer lengths.
Legacy QX-1 Cabling and Accessories Appearance Category Length / Spec Part Number Standard Reader 24V Power Supply (2.1 A) 1 Meter U.S. / Euro Plug 97- 000012-01 Single Port PoE Injector, 30W, IEEE802.3at Compliant, 2 x RJ45 Connector, 90 to 264VAC Power Cord NOT Included 98-9000311- Appearance Category Length / Spec Part Number QX-1 Interconnect Module – Power, Trigger, Daisy Chain, Smart Light Control Breakout N/A 98-000103-02 Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug (QX-1 is used as breakout module for Power input, Trigger input, and Strobe Output)
1 Meter V430-WQ-1M
3 Meters V430-WQ-3M
5 Meters V430-WQ-5M
Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug – Right Angle Back
1 Meter
3 Meters 61-000148-03
Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug – Right Angle F ront
1 Meter 61-000162-04
3 Meters 61-000148-04
Reader to QX-1 Interconnect Cables with RS-232 Breakout
3 Meters V430-WQR-3M
5 Meters V430-WQR-5M
Reader to QX-1 Interconnect Cables with USB Keyboard Wedge Breakout 3 Meters V430-WQK-3M QX-1 Photo Sensor, M12 4-Pin Plug, NPN, Light ON / Dark ON2 Meters 99-9000016-01 QX-1 Field-Wireable M12 4-Pin Plug for Any Trigger Source or Photo Sensor Screw Terminal Connector 98-9000239-01
System Configuration Examples Minimum Configuration to Set Up the Reader with WebLink UI C13 Connector Drawing Reference Category Part Number 2 Industrial GigE X-Code Ethernet Cable, M12 to RJ45 Connector 61-900013-0 (Black) or FHV-VNB2, FHV-VNLB2 (Black) 3 Single Port PoE Injector, 30W, IEEE802.3at Compliant*1 98-9000311-01
4 Standard or Industrial Ethernet CAT5E or CAT6 Network Cable Example: XS6W-5PUR8SS CM-G
*1. Power cord NOT included with 98-9000311-01. There are many types of outlet plugs for the PoE Injector (C13 connector required). Select a suitable plug type for your environment. Description Part Number AC Power Cable, 1.8 M, Japan, C13 Conn. 12-9001046-01 AC Power Cable, 1.8 M, U.S., C13 Conn. 12-9000959-01 AC Power Cable, 1.8 M, EU, C13 Conn. 12-9000960-01 AC Power Cable, 1.8 M, UK, C13 Conn. 12-9000961-01 AC Power Cable, 1.8 M, China, C13 Conn. 12-9000962-01 Poe Injector
Minimum Power over Ethernet (PoE) Configuration Drawing Reference Category Part Number 2 Industrial GigE X-Code Ethernet Cable, M12 to RJ45 Connector 61-900013-0 (Black) or FHV-VNB2, FHV-VNLB2 (Black) 3 PoE (Power over Ethernet) HUB that supports Power over Ethernet (IEEE 802.3at- compliant) Example: Cisco, Netgear, etc. *1. A 24VDC power supply is not needed for the VHV5-F if a PoE switching HUB is used.
Minimum Direct Power Configuration *1. There are many types of outlet plugs for the power supply. Select a suitable plug type for your environment. C13 Connector Drawing Reference Category Part Number 2 Industrial GigE X-Code Ethernet Cable, M12 to RJ45 Connector 61-900013-0 (Black) or FHV-VNB2, FHV-VNLB2 (Black)
3 Industrial Switching HUB Example: W4S1- Series
4 Power Supply, 100-240VAC, +24VDC, M12 12-Pin Socket*1 97-000012-01
AC Power Cable, 1.8 M, Japan, C13 Conn. 12-9001046-01 AC Power Cable, 1.8 M, U.S., C13 Conn. 12-9000959-01 AC Power Cable, 1.8 M, EU, C13 Conn. 12-9000960-01 AC Power Cable, 1.8 M, UK, C13 Conn. 12-9000961-01 AC Power Cable, 1.8 M, China, C13 Conn. 12-9000962-01 Host PC Standard Ethernet Cable Standard Ethernet Cable PLC HUB type B ˎ1 type E ˎ1 1 2
Direct Power Configuration with External Light Drawing Reference Category Part Number 2 Industrial GigE X-Code Ethernet Cable, M12 to RJ45 Connector 61-900013-0 (Black) or FHV-VNB2, FHV-VNLB2 (Black)
4 M12-to-Flying Leads Cable V430-W8 -M
5 VHV5-F to External Light – 5 Pin M12 Plug to 5 Pin M12 Socket 61-000184-01
6 NERLITE Smart Series Light (Example: Smart Series MAX, 100 mm, Red, M12
Connector) Example: NER-011660201G Important: Must use direct 24V power when using external light option to ensure adequate power to run the light and reader. Host PC Standard Ethernet Cable Standard Ethernet Cable PLC HUB 1 2 3
Reference Category Part Number
2 Reader-to-QX-1 Interconnect Cable with RS-232 Breakout V430-WQR-3M *1
3 M12-to-Flying Leads Cable V430-W8 -M
4 RS-232C Conversion Cable Required for Legacy Omron PLCs V430-WPLC-2M *2
*1. Insert the V430-WQR-3M cable between the VHV5-F and the V430-W8-M cable. *2. When connecting Omron’s CS/CJ/NJ Legacy Controller, the additional RS-232C conversion cable is required. If connecting to Omron’s current- generation NX Machine Automation Controller, no additional RS-232C cable is required.
USB Keyboard Wedge Configuration Drawing Reference Category Part Number
2 Reader-to-QX-1 Interconnect Cable with USB Keyboard Wedge Breakout V430-WQK-3M *1
*1. Insert the V430-WQK-3M cable between the VHV5-F and the V430-W8 -M cable.
Typical Configuration using Legacy QX-1 Cables and Accessories Drawing Reference Category Part Number 2 Industrial GigE X-Code Ethernet Cable, M12 to RJ45 Connector 61-900013-0 (Black) or FHV-VNB2, FHV-VNLB2 (Black)
4 Reader-to-QX-1 Interconnect Cable (Various) V430-WQ -M
5 VHV5-F-to-External Light – 5-Pin M12 Plug to 5-Pin M12 Socket 61-000184-01
6 M12-to-Flying Leads Cable V430-W8 -M
7 Power Supply, 100-240VAC, +24VDC @ 2.1A, M12 12-Pin Socket 97-000012-01
8 QX-1 Photo Sensor, or QX-1 Field-Wireable Trigger Connector Input
Determine the Correct Reader Model for the Application There are six basic models of the autofocus VHV5-F. The models are derived from two sensor resolutions: 2.3 MP and 5.0 MP; and three different autofocus lenses: Medium, Narrow, and Long. The charts below show the key specifications for the two sensors and three lenses. These six models, derived from the two sensor types and three lens types, provide maximum flexibility to match the reader to the application. Step 1 – The first step in determining the correct model is to evaluate the application by collecting five key pieces of information. This process is described in the section below titled "Evaluate the Application". Step 2 – The second step is to use that data to look up the best sensor / lens combination in the "Distance, Field of View and Readability Tables" section below that best satisfies the application requirements. Evaluate the Application To choose the correct reader, perform an application evaluation and gather the following information:
- Desired Mounting Distance – Measured from the front of the reader to the code. Distance is usually dictated by mounting constraints.
- Required Field of View – View area required to see all codes. This should include the nominal code position, size , and expected variation in position while running.
- Code Type – Either 1D or 2D. Composite codes count as 2D.
- Code Quality – Two levels: (1.) High-quality, high-contrast codes. (2.) Lower-quality, lower-contrast codes mar ked with laser, dot peen, etc., generally referred to as direct part marks (DPM).
- Code Size (Mils) – For 1D codes, code size is the width of the narrowest bar in the code. For 2D codes, code size is the width / height of an individual cell or block (square element) in the code. Code size is typically sp ecified in Mils, where 1 Mil = 1/1,000th of an inch. (0.0254 mm).
- Code Color – Code color can sometimes be a consideration. The most common light color for code readers is red. However, in the case of red print, Red light will cause the red print to disappear. The user should take this into consideration and order the unit with white LEDs instead. Key Point: Code Size is not the overall size of the code, but is the size of the smallest element in the code. T he example below shows that for 1D codes, the Code size specified as the width of the thinnest bar or space. For 2D codes, Code Size is the width / height of one of the black or white squares. Sensor Pixels Pixel Size Frame Rate 2.3 MP 1920 x 1200 3.0 µm 80 FPS 5.0 MP 2472 x 2048 2.74 µm 40 FPS Lens Name Lens Focal Length (mm) Focus Range (mm) Medium 8.50 55-500 Narrow 12.50 100-1,000 Long 20.00 100-2,000 1D Barcode 2D Code
The readability tables below show the sensor/lens combinations for VHV5-F models. For each reader-to-part distance, the tables show the resulting field of view, as well as the smallest code size that can be decoded reliably at that Distance in that Field of View. Use the distance and field of view requirements determined in your application evaluation to choose the model that will provide the highest resolution for reading your Code Type (1D or 2D) and Code Quality (High-Contrast Label quality, Lower Contrast, DPM quality). Note: Codes with sizes that are larger than the stated minimum can be assumed to be readable. The following chart shows how the minimum code sizes in the readability tables have been determined. High-contrast (label-quality) marks need fewer pixels per element (lower PPE) to be decoded reliably. Low-print-quality and DPM (direct part mark) codes often require a higher PPE to get the same high read rates. Code grading, which involves actual measurements of the cells themselves, requires an even higher PPE. Distance, Field of View, and Readability Tables Use the following tables to identify the Sensor/Lens combination that most closely matches the application requirements. The tables below use the Minimum PPE value from the table above. For example: If the Code Type is a 2D DPM, and the Code Size is 15 mils, the first table shows that a 2D DPM code as small as 13.9 mils can be read all the way out to 200 mm, in a field of view of 194 x 121 mm.
2.3 MP Sensor Readability Tables
Code Type Minimum PPE Preferred PPE PPE for Code Grading 1D Code – Label Quality 1.6 2 5 1D Code – Direct Part Mark 22 . 55 2D Code – Label Quality 2.75 3.5 to 5 6 to 8 2D Code – Direct Part Mark 3.5 4 to 5 6 to 8 Medium Lens – 2.3 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)]
Narrow Lens – 2.3 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)] Long Lens – 2.3 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)]
5.0 MP Sensor Readability Tables
Medium Lens – 5 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)] Narrow Lens – 5 MP – Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)] Long Lens – 5 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)]
Long Lens – 5 MP Minimum Readable Code Size Distance [mm] Field of View [mm x mm] 1D Label [Mils (mm)] 1D DPM [Mils (mm)] 2D Label [Mils (mm)] 2D DPM [Mils (mm)]
Ratings and Specifications *1. Symbologies are supported based on Omron’s read capability validation standard. Omron recommends that validation be performed for each application. *2. Unless otherwise specified, reading performance is defined with center of field of view, angle R = ∞. *3. *4. FCC = United States UL = United States CE = European Union UKCA = Great Britain (England / Wales / Scotland) RCM = Australia / New Zealand KC = South Korea VHV5-F Image Sensor Resolution 2.3 MP - 1920 (H) x 1200 (V) 5.0 MP - 2472 (H) x 2048 (V) Pixel Size 3 µm 2.74 µm Color / Monochrome Monochrome CMOS Shutter Global Shutter Frames per Second 80 FPS 40 FPS Exposure 16 μs to 300,000 μs 50 μs to 300,000 μs (16 μs to 300,000 μs with strobe duration) Lens Selections Focal Length: Medium = 8.5 mm, Narrow = 12.5 mm, Long = 20 mm Focus Liquid Lens Autofocus or Fixed Focus Symbologies *1 1D Symbologies Code 39, Code 128, BC412, Interleaved 2 of 5, UPC/EAN, Codabar, Code 93, Pharmacode, PLANET, POSTNET, Japanese Post, Australian Post, Royal Mail, Intelligent Mail, KIX 2D Symbologies Data Matrix (ECC 0-200), QR Code, Micro QR Code, Aztec Code, DotCode Stacked Symbologies PDF417, MicroPDF417, GS1 Databar (Composite and Stacked) ISO Code Validation Data Matrix, QR Codes, 1D Symbologies Validation only using ISO 15416, ISO 15415, and ISO 29158:2020 Reading Performance *2 Number of Reading Digits No upper limit (depends on bar width and reading distance) Targeting Optics Two green parallel LED spots Illumination 8 high-power LEDs: White (6,500K) or Red (Wavelength: 625 nm) Reading Distance / Field of View Refer to “Distance, Field of View, and Readability Tables” earlier in this document for details based on Lens and Sensor Type. Pitch Angle (α) *3 ±30° Skew Angle (β) *3 ±30° Tilt Angle (γ) *3 ±180° Trigger External Trigger (Edge or Level), Serial Trigger (Ethernet, RS-232C), PLC Digital I/O Specifications Input Signals 3 Fully Configurable Inputs: IN1 (Trigger by Default), IN2, IN3. Bi-directional, Optoisolated, 4.5-28V-rated (10 mA @ 28 VDC). Output Signals 3 Fully Configurable Outputs: OUT1, OUT2, OUT3 (Strobe Optional). Bi-directional, Optoisolated, 3-28V rated, (ICE < 100 mA at 24 VDC, current limited by user). External Strobe 24V, GND, Strobe+ (> 1.5kΩ, user-implemented), Strobe– (> 1.5kΩ, user-implemented), Analog Intensity Control (0-10V). (Strobe Trigger can operate as NPN or PNP). Communication Connectivity RS-232C, Ethernet TCP/IP, EtherNet/IP™, PROFINET Ethernet Specifications 1000BASE-T Image Logging Image Logging Type To RAM Indicator LEDs Membrane Switch PWR (Green), LINK (Amber), MODE/STATUS (Amber), TRIGGER (Amber), PASS (Green), FAIL (Red) 360° Indicators PASS (Green), FAIL (Red) Power Supply Voltage Power over Ethernet (IEEE 802.3at) / 24 VDC +/– 10% Current Consumption PoE+: 44-57 VDC @ 0.6 A (Max.); Direct: 24 VDC @ 2.1 A (Max.); External Light Port Connector: 24 VDC @
1.5 A (Max) (Internally Current-Limited)
Ambient Temperature Range Operating: 0 to 45° C; Storage: –25 to 65° C (with no icing or condensation) Ambient Humidity Range Operating and Storage: 25% to 85% (with no condensation) Ambient Atmosphere No Corrosive Gases Vibration Resistance (Destructive) Oscillation Frequency: 10 to 150 Hz; Half Amplitude: 0.35 mm; Vibration Direction: X/Y/Z; Sweep Time: 8 Minutes/Count; Sweep Count: 10 Times Shock Resistance (Destructive) Impact Force: 150 m/s2, Test Direction: 6 Directions, 3 Times Each (Up / Down, Front / Behind, Left / Right) Degree of Protection IEC 60529 IP69K Weight Main Body Only 372 g Packaged Weight 505 g Dimensions Main Body Dimensions 57.5 mm (W) × 50.5 mm (D) × 75 mm (H) (89 mm height with connectors) Packaging Dimensions 170 mm (W) × 117 mm (D) × 86 mm (H) Accessories ReadMeFirst, CE Compliance Sheet Safety Standards IEC/EN 62368-1, 2nd and 3rd Ed UL 60950-1, 2nd Edition, 2019-05-09 (Information Technology Equipment - Safety - Part 1: General Requirements) CAN/CSA C22.2 No. 60950-1-07, 2nd Edition, 2014-10 (Information Technology Equipment - Safety - Part 1: General Requirements) FCC, UL, CE, UKCA, RCM, KC Materials Case Aluminum, black anodized Reading Window Acrylic Software WebLink Pitch angle Skew angle Tilt angle
VHV5-F Autofocus Multicode Reader (Unit: mm)
VHV5-F L-Bracket Adjustable Angle Mounting Kit VHV5-AM0 Assembled Assembled AssembledAssembled
VHV5-F Universal Mounting Block and Heatsink VHV5-AM1 Assembled
VHV5-F APG Pan and Tilt Camera Mount VHV5-AM2 Assembled Assembled Assembled
VHV5-F Standard Window (for Medium Lens Models) VHV5-AF0 Torque: 4.8 in./lbs. (0.54 nm max.) VHV5-F Lensed Window (for Narrow and Long Lens Models) VHV5-AF1 Torque: 4.8 in./lbs. (0.54 nm max.) VHV5-F Diffuser Accessory VHV5-AF2
VHV5-F Polarizer Accessory VHV5-AF3 VHV5-F Half Polarizer Accessory VHV5-AF4
X-Code to RJ45 Ethernet Cable (High Flex, Straight, Black Jacket) – 1 M, 2 M, 5 M, 10 M 61-9000134-01 61-9000134-02 61-9000134-03 61-9000134-04 X-Code to RJ45 Ethernet Cable (High Flex, Straight, Black Jacket) – 2 M, 3 M, 5 M, 10 M, 20 M FHV-VNB2 2M FHV-VNB2 3M FHV-VNB2 5M FHV-VNB2 10M FHV-VNB2 20M *1 – Overall cable length varies based on model number. Example: FHV-VNB2 2M is a 2 meter cable. X-Code to RJ45 Ethernet Cable (High Flex, Right- Angle, Black Jacket) – 2 M, 3 M, 5 M, 10 M, 20 M FHV-VNLB2 2M FHV-VNLB2 3M FHV-VNLB2 5M FHV-VNLB2 10M FHV-VNLB2 20M *1 – Overall cable length varies based on model number. Example: FHV-VNLB2 2M is a 2 meter cable.
M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232) – 3 Meters, 5 Meters, 10 Meters V430-W8-3M V430-W8-5M V430-W8-10M Pin Name Use
1 Trigger (Input 1) Trigger
2 Power (+VIN) 24 Volts
3 Input 3 General Purpose Input
4 Input 2 General Purpose Input
5 Output 1 General Purpose Output
6 Output 3 General Purpose Output,
7 Ground (-VIN) 24V Reference (GND)
8 Input Common NPN or PNP Common
9 RS-232 (Host) RxD Serial Command Input
10 RS-232 (Host) TxD Serial Output Data
11 Output 2 General Purpose Output
12 Output Common NPN or PNP Common
M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232), Right Angle Back – 3 Meters V430-W8LD-3M Pin Name Use
M12 to Flying Leads Cable – Parallel IO (Power, DIO, RS-232), Right Angle Front – 3 Meters V430-W8LU-3M Pin Name Use
Reader M12 to RS-232 Breakout Cable – 1 Meter, 3 Meters V430-WR-1M V430-WR-3M
VHV5-F to External Light – 5 Pin M12 Plug to 5 Pin M12 Socket – 1 Meter 61-000184-01
Cable, Adapter, Omron PLC – 2 Meters V430-WPLC-2M
Power Supply, 100-240VAC, +24VDC, M12 12-Pin Socket – 1 Meter – U.S. / Euro Plug 97-000012-01 Green Black White
Single Port PoE Injector, 30W, IEEE802.3at Compliant, 2 x RJ45 Connector, 90 to 264VAC 98-9000311-01
QX-1 Interconnect Module – Power, Trigger, Daisy Chain, Smart Light Control Breakout 98-000103-02 The QX-1’s receptacles do not have explicit pin assignments. The QX-1 allows users to bus power and communications as required by the application. Connectors 1 and 3 are 12-pin plugs, and connector 2 is a 12-pin socket. All three connectors can be assigned to bus power and data as required by the application. The two switches at the center of the device allow the user to route signals as needed. Pin Function 1 +24V
2 Trig/NM/Input 1 Common
3 Ground
4 Trigger
The diagram at left (also shown on the base of the QX-1) illustrates how power, communications, I/O, and trigger signal can be routed through the QX-1 device depending on the needs of the application. The switches greatly increase signal routing flexibility.
Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug. 1 Meter, 3 Meters, 5 Meters V430-WQ-1M V430-WQ-3M V430-WQ-5M
Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug – 1 Meter, 3 Meters (Right Angle to Back of Camera) 61-000162-03 61-000148-03
Right Angle Reader to QX-1 Interconnect Cable – M12 Socket to M12 Plug – 1 Meter, 3 Meters (Right Angle to Front of Camera) 61-000162-04 61-000148-04
VHV5-F to QX-1 Interconnect Cables with RS-232 Breakout – 3 Meters, 5 Meters V430-WQR-3M V430-WQR-5M
VHV5-F to QX-1 Interconnect Cables with USB Keyboard Wedge Breakout – 3 Meters V430-WQK-3M
QX-1 Photo Sensor, M12 4-Pin Plug, NPN, Light ON / Dark ON – 2 Meters 99-9000016-01 QX-1 Field-Wireable M12 4-Pin Plug for Any Trigger Source or Photo Sensor – Screw Terminal Connector 98-9000239-01
VHV5-F Z476-E-01 (84-9000470-02) VHV5-F Autofocus Multicode Reader User Manual Z477-E-01 (84-9350057-02) VHV5-F Autofocus Multicode Reader Communication Manual
Authorized Distributor: Contact : www.ia.omron.com OMRON ELECTRONICS LLC
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Hoffman Estates, IL 60169 U.S.A. Tel: (1 ) 847-843-7900 Fax: (1) 847-843-7787 OMRON (CHINA) CO., LTD. Room 2211, Bank of China Tower,
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PuDong New Area, Shanghai, 200120, China Tel: (86) 21-6023-0333 Fax: (86) 21-5037-2388 Kyoto, JAPAN Regional Headquarters OMRON EUROPE B.V. Wegalaan 67-69, 2132 JD Hoofddorp The Netherlands Tel: (31) 2356-81-300 Fax: (31) 2356-81-388 OMRON ASIA PACIFIC PTE. LTD. 438B Alexandra Road, #08-01/02 Alexandra Technopark, Singapore 119968 Tel: (65) 6835-3011 Fax: (65) 6835-3011 Note: Do not use this document to operate the u nit. OMRON Corporat ion Industrial Automat ion Company ©OMRON Corporation 2025 All Rights Reserved. In the interest of product improvement, specifications are subject to change without notice. Printed in Japan Cat. No. Q357-E-03 (SP132C-EN-0525) 0525 (0124)