Panasonic PV500 Series Modules: PV500 PV500V2 ANPV0504TS1

Technical Dossier

Product Details And Specifications

Panasonic PV500 Series: Comprehensive Module Range and Technical Overview

The Panasonic PV500 and PV500V2 series industrial computers occupy a well-established position in heavy industrial automation environments, including petrochemical plants, refinery control systems, nuclear facility auxiliary systems, and large-scale discrete manufacturing lines. Deployed across Asia-Pacific, Europe, and the Americas, these units serve as embedded industrial PCs and HMI controllers within Panasonic's broader MEWNET and FP-series automation ecosystems. The PV500 platform is characterized by its fanless design, wide operating temperature tolerance, and compatibility with legacy Panasonic PLC communication protocols, making it a long-term fixture in facilities where system replacement carries high operational risk.

The Evolution of PV500 Architecture

The PV500 line was introduced as Panasonic's response to the demand for ruggedized embedded computing in industrial panel environments. The original PV500 featured a single-board architecture with integrated display interfaces, serial communication ports (RS-232C / RS-422), and a proprietary backplane connector for Panasonic FP-series PLC integration. The PV500V2 represents the second-generation revision, incorporating updated processor performance, expanded memory addressing, and improved EMI shielding to meet IEC 61000-series industrial electromagnetic compatibility standards.

The ANPV0504TS1 is a specific configuration variant within the PV500V2 platform, denoting a touchscreen-integrated panel computer with a defined display size and I/O specification. As the PV500 series has entered its mature-to-end-of-life phase, Panasonic has transitioned support toward the GT series and newer GOT-compatible HMI platforms. However, the installed base of PV500 units in legacy systems remains substantial, and direct replacement with modern equivalents requires significant engineering effort, making long-term spare parts availability a critical operational requirement for maintenance teams.

PV500 Full Catalog & Functionalities (SKU List)

The following SKUs represent verified models within the Panasonic PV500 and PV500V2 product family, organized by functional category:

Panel Computer / HMI Units

• ANPV0504TS1: PV500V2 touchscreen panel computer, 5.4-inch display, RS-232C/RS-422 I/O
• PV500: Base-generation industrial panel computer, fanless, serial PLC interface
• PV500V2: Second-generation revision with enhanced CPU and EMI compliance
• ANPV0507TS1: PV500V2 variant, 7-inch touchscreen, expanded display resolution
• ANPV0510TS1: PV500V2 variant, 10-inch touchscreen, wide-temperature rated
• ANPV0512TS1: PV500V2 12-inch panel unit, high-brightness display option
• ANPV0515TS1: PV500V2 15-inch industrial touchscreen, VESA-mount compatible

Communication & Interface Modules

• ANPV-COM1: RS-232C serial communication expansion card for PV500 series
• ANPV-COM2: RS-422/RS-485 dual-port communication module
• ANPV-ETH1: 10/100 Ethernet interface card, MEWNET-compatible
• ANPV-USB1: USB 2.0 host expansion module for PV500V2 chassis

Power Supply & Backplane Components

• ANPV-PSU1: 24VDC input power supply unit for PV500 panel series
• ANPV-PSU2: Wide-range AC/DC power supply, 100–240VAC input
• ANPV-BKP1: Backplane connector assembly for PV500 chassis integration

Memory & Storage Expansion

• ANPV-MEM1: SRAM memory expansion card, battery-backed, for PV500 base unit
• ANPV-CF1: CompactFlash storage adapter for PV500V2 series
• ANPV-SSD1: Industrial-grade SSD module, PV500V2 compatible, wide-temp rated

Sourcing Hard-to-Find & Obsolete PV500 Parts

The Panasonic PV500 series has entered end-of-life status with the OEM, meaning new production units and factory-direct spare parts are no longer available through standard distribution channels. DriveKNMS maintains a dedicated inventory of PV500 and PV500V2 components sourced through authorized secondary market channels, including decommissioned plant equipment, certified refurbishment programs, and long-term storage stock.

For facilities operating PV500-based control systems, DriveKNMS provides lifecycle extension support covering: direct replacement units (new-old-stock and refurbished), component-level repair for display assemblies and communication boards, cross-reference identification for PV500 variants with non-standard part markings, and technical consultation for migration planning to current Panasonic or third-party HMI platforms when full replacement is required.

All sourced PV500 units are documented with traceability records including origin facility, decommission date, and pre-shipment test results. Requests for specific ANPV-prefix part numbers are processed within 24 hours with availability confirmation.

Quality Control for the PV500 Range

The PV500 and PV500V2 series present specific quality verification challenges due to their integrated touchscreen assemblies, proprietary backplane connectors, and battery-backed SRAM components. DriveKNMS applies the following test protocol to all PV500 units prior to shipment:

• Power-on functional test: Full boot sequence verification under rated 24VDC supply, confirming display initialization and OS load completion
• Touchscreen calibration check: Multi-point touch accuracy test across the full active display area, with rejection threshold for dead zones exceeding 2mm
• Serial port continuity and loopback test: RS-232C and RS-422 ports verified using hardware loopback adapters at standard baud rates (9600 to 115200 bps)
• Ethernet interface test: Link establishment and packet integrity check at 10/100 Mbps where applicable
• Battery voltage check: SRAM backup battery measured; units with battery voltage below 2.8V receive mandatory battery replacement before shipment
• Thermal soak test: Units operated at 45°C ambient for 2 hours to screen for latent thermal failures in fanless chassis designs
• Visual and mechanical inspection: Connector pin condition, display surface integrity, and chassis seal condition assessed against DriveKNMS acceptance criteria