FieldServer FS-8704-13 instruction manual Driver Error messages

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FS-8704-13 GE-SRTP

Driver Manual

10GE_STAT_MBOX_NAK_MINOR

11GE_STAT_MBOX_NAK_CNT

12GE_STAT_MBOX_PROG_NUM

13GE_STAT_MBOX_SWEEP

14GE_STAT_MBOX_PLC_STAT

15GE_STAT_MBOX_PRIV_LVL

16GE_STAT_DEV_CONNECT_RESP

17GE_STAT_SESS_CONNECT_RESP

18GE_STAT_SESS_RESPONSE

19GE_STAT_DEV_RESPONSE

20GE_STA T_SLAVE_BAD_PDU

21GE_STAT_SLAVE_SENDS_BAD_MBOX

22GE_STAT_SLAVE_SENDS_OTHER_NAK

23GE_STAT_SLAVE_BAD_SERVICE_RQST

24GE_STAT_ERROR_PDU_RESP_COUNT

25GE_STAT_ERROR_PDU_RESP_CODE

26GE_STAT_RESPONSE_MSGS_RECD

27GE_STAT_RESPONSE_BYTES_RECD

28GE_STAT_POLL_MSGS_RECD

29GE_STAT_POLL_BYTES_RECD

30GE_STAT_RESPONSE_MSGS_SENT

31GE_STAT_RESPONSE_BYTES_SENT

6.2Driver Error messages

The following messages are produced by the driver and written to the error log which can be viewed using the RUInet utility program or logged using the RUIdebug utility program.

Messages marked with a *, are only printed once and then suppressed to prevent the error log being filled with repetitive messages.

SRTP:#1 FYI. The MapDesc called <%s> is too short.

You have define a map descriptor to expose driver statistics but the length parameter must be at least 500 long. Ensure the Data array is this long too. Edit the CSV, correct he problem and reset the Fieldserver.

SRTP:#2 FYI. You could have used a mapDesc called <%s> to expose diagnostic info.

You may safely ignore this message. Read section 6.3 for information on how to expose the drivers communication statistics using a data array.

SRTP:#3 Error. MapDesc=<%s> has bad data type.

You must edit the CSV file, correct the problem and then reset the FieldServer to correct this problem. Read the manual to get a list of valid data types.

SRTP:#4 Err. Address < 1 for MapDesc=<%s>.

GE references its data elements starting at one. You have a map descriptor with an address less than 1. The driver will assume you meant an address of one until you edit the CSV file and reset the FieldServer.

*SRTP:#5 FYI. Capability is non-zero

This message requires no user action. It is intended for Fieldserver support engineers.

FieldServer Technologies 1991 Tarob Court Milpitas, California 95035 (408) 262-2299 fax: (408) 262-9042

Visit our website: www.fieldserver.com E-mail: support@fieldserver.com Page 16

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Contents FS-8704-13 GE-SRTP Ethernet Driver Driver ManualTable of Contents GE-SRTP Driver Description Driver Scope of Supply Supplied by FieldServer Technologies for this driverProvided by user Connection Diagram Hardware ConnectionsGE-SRTP Configuring the FieldServer as a GE-SRTP Driver Client Data ArraysClient Side Connections Client Side NodesRDBC, WRBC, Wrbx Driver Specific Map Descriptor Parameters Timing ParametersMap Descriptor Example 1 Simple Read Rdbc =Map Descriptor Example 2 Simple Write DaaoMap Descriptor Example 3 Handling Bits Configuring the FieldServer as a GE-SRTP Driver Server Server Side Connections Server Side Nodes Driver Specific Map Descriptor Parameters Map Descriptor Example TablerDriver Notes Driver StatsDriver Error messages Scaling

FS-8704-13 specifications

The FieldServer FS-8704-13 is an advanced protocol gateway specifically designed for integrating diverse building automation systems and data communication protocols. This powerful device serves as a bridge between multiple communication protocols, making it an invaluable tool for facility managers and system integrators aiming to create seamless integration of disparate systems.

One of the main features of the FS-8704-13 is its extensive protocol support. The device can communicate with protocols such as Modbus, BACnet, LonWorks, and many others, allowing for versatile compatibility with a wide variety of automation equipment and devices. This wide-ranging support makes it suitable for energy management systems, HVAC systems, lighting controls, and security systems.

The FS-8704-13 utilizes a high-performance processor that ensures quick data processing and reliable communication even under heavy traffic conditions. The device is equipped with multiple communication ports, including Ethernet and RS-232/RS-485 interfaces, enabling it to connect to various types of network environments effortlessly. The dual Ethernet ports facilitate network redundancy, ensuring that communication remains uninterrupted.

Another notable characteristic of the FS-8704-13 is its user-friendly interface, which includes an intuitive web-based dashboard for easy configuration and monitoring. This simplifies the setup process and allows users to visualize system statuses in real-time. Advanced configuration options enable users to customize data mapping and communication parameters to meet specific project requirements.

The FS-8704-13 is built with robustness in mind; it adheres to industry standards for durability and reliability. This makes it suitable for installation in demanding environments such as commercial buildings, industrial facilities, and critical infrastructure. Additionally, the device is equipped with security features, including user authentication and encrypted communication, to protect sensitive data from unauthorized access.

In terms of scalability, the FS-8704-13 is designed to grow with the needs of a facility. Its modular architecture allows for expansion and integration of new protocols and devices as they become available, ensuring that the system remains current and effective at managing building operations.

Overall, the FieldServer FS-8704-13 stands out as a highly versatile and efficient solution for integration challenges faced in today's complex building automation landscape. With its rich feature set, robust technology, and ease of use, it positions itself as a vital asset for improving operational efficiency and reducing operational costs in any facility.