Moxa Technologies W315 user manual Product Features, Product Hardware Specifications, System

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ThinkCore W315/325/W345 Hardware User’s Manual

Introduction

Product Features

W315/W325/W345 series embedded comptuers have the following features:

yMOXA ART 32-bit ARM9 RISC industrial communication processor

y32 MB on-board RAM (64 MB for W345)

y16 MB built-in flash memory

yRS-232/422/485 serial ports with software selectable interface

yBaudrate between 50 and 921.6Kbps; supports ANY BAUDRATE

y10/100M Ethernet for backup networking

yBuilt-in quad band 850/900/1800/1900 MHz GSM/GPRS module

yGPRS class 10

yCoding scheme from CS1 to CS4

ySD card slot for storage expansion

yDesigned to withstand continuous 5G vibration and a 50G shock

yLED indicators for status, serial transmission, and wireless signal strength

yReady-to-run Linux platform

yInstall on a DIN-rail or wall

yFanless design for increased ruggedness

Product Hardware Specifications

System

 

CPU

MOXA ARM9-based 32-bit RISC CPU, 192 MHz

RAM

W315: 32 MB

 

W325: 32 MB

 

W345: 64 MB

Flash

W315: 16 MB

 

W325: 16 MB

 

W345: 16 MB

Storage Expansion

W315: SD slot x 1

 

W325: SD slot x 1

 

W345: SD slot x 1

USB

W345:USB2.0 host x 2

Relay Output

Form C, SPDT x 1

 

Normal switching capacity: 2A@30 VDC

 

Switching power: 60 W max.

 

Switching voltage: 220 VDC max.

 

Switching current: 2 A max.

 

Operation time: 4 ms @ 20°C

 

Initial contact resistance: 100 MΩ max.

Console port

RS-232 x 1 (TxD, RxD, GND); 4-pin header output, “115200, n, 8, 1”

Button

Reset button x 1; supports “Reset to Factory Default”

Other

RTC, buzzer, Watchdog Timer

OS

Built-in Embedded Linux with MMU support; based on Linux Kemel 2.6

Cellular Communication

Standard Compliance

GSM (Global Service for Mobile) and GPRS (General Packet Radio

 

Service)

Radio Band Selection

Quad-band 850 MHz, 900 MHz, 1800 MHz, and 1900 MHz

GPRS Multi-slot Class

Class 10

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Contents ThinkCore W315/325/345 Hardware User’s Manual Moxa Technical SupportThinkCore W315/325/W345 Hardware User’s Manual TrademarksTable of Contents Introduction Package Checklist OverviewThinkCore W315/325/W345 Hardware User’s Manual Introduction System Product FeaturesProduct Hardware Specifications Cellular CommunicationSerial Communication Power RequirementsNetwork Communication LEDsThinkCore W315 Hardware Block DiagramWarranty Regulatory ApprovalsThinkCore W325 ThinkCore W345ThinkCore W315/325/W345 Hardware User’s ManualIntroduction Hardware Introduction ‰ Dimensions‰ LED Indicators ‰ Reset Button ‰ Real Time Clock ‰ AppearanceAppearance ThinkCore W315 ThinkCore W325Top View Bottom ViewDimensions W345 Restoring default settings preserves your data LED IndicatorsReset Button LED Name LED Color LED FunctionReal Time Clock ‰ Installing a SIM Card and SD Card ‰ Installing the W315/W325/W345 ‰ Wiring Requirements‰ Connecting Data Transmission Cables Hardware Connection DescriptionInstalling the W315/W325/W345 Wall or Cabinet MountingDIN-Rail Mounting Wiring Requirements Connecting the PowerGrounding the Unit Connecting Data Transmission Cables Connecting to the NetworkPin Signal Connecting to the Serial Console Port Installing a SIM Card and SD CardConnecting to a Serial Device Connecting an AntennaW315/W325 W345 SIM Card/SD Card SlotInstalling an SD Card for Storage Expansion W315/325W315/W325 USB W345 only Relay Output W345 onlySafety Information FCC Warning StatementProhibition of co-location Service Information Moxa Internet Services Following services are providedProblem Report Form Moxa ThinkCore W315/325/345 SeriesProduct Return Procedure

W315 specifications

Moxa Technologies has established itself as a key player in the development of industrial networking solutions, and its W315 wireless device is a testament to their commitment to innovation and reliability. The W315 is part of Moxa's comprehensive portfolio of networking products designed for demanding industrial applications, offering a host of features and technologies that make it suitable for a variety of operational environments.

One of the standout features of the W315 is its robust wireless connectivity. Utilizing advanced 802.11n Wi-Fi technology, it ensures high-speed data transmission over long distances, which is critical in industrial settings where traditional wired connections may be impractical. The device supports multiple SSIDs, enabling network segmentation for enhanced security and management flexibility.

Another significant characteristic of the W315 is its rugged design, built to withstand harsh industrial environments. With an extended temperature range, it can operate effectively in extreme conditions, from freezing cold to sweltering heat. This durability is complemented by an IP30-rated enclosure, making it resistant to dust and accidental contact.

Security is a priority in the W315's design, featuring robust encryption protocols such as WPA2 for secure wireless communication. It also supports IEEE 802.1X authentication, ensuring that only authorized devices can connect to the network. This focus on security is crucial for industrial applications where data integrity and protection against unauthorized access are essential.

The device is also equipped with advanced management features. It supports SNMP, allowing for easy integration into existing network management systems. Administrators can monitor the device's performance, configure settings remotely, and receive alerts for any system anomalies, facilitating proactive maintenance and reduced downtime.

Versatility is another hallmark of the W315. It can act as a wireless bridge, access point, or client, offering flexibility to meet diverse application needs. This multifunctional capability makes it suitable for a range of industrial use cases, including remote monitoring, process automation, and video surveillance.

In conclusion, the Moxa Technologies W315 is a powerful and versatile wireless networking solution designed for industrial environments. Its combination of robust connectivity, durability, security features, and advanced management capabilities ensures that it meets the demands of modern industrial applications, making it a valuable asset for organizations looking to enhance their operational efficiency and reliability.