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9924-863 - 723 / DSLC Network Binding Starter Kit is available in stock which ships the same day.
9924-863 - 723 / DSLC Network Binding Starter Kit comes in UNUSED as well as REBUILT condition.
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TECHNICAL SPECIFICATIONS:
Part Number: 9924-863
Manufacturer: Woodward
Series: 723 / DSLC Network Binding System
Product Type: Network Binding Starter Kit / SLTA Communication Package
Kit Components Included: Serial LonTalk Adapter (SLTA/2), Interface Cables (8923-492), Software Utilities (1796-031 & 9924-852)
Primary Function: LonWorks / LonTalk Network Configuration and Master Binding Tool
Host PC Interface: RS-232 Serial Communication Port
Network Protocol: Echelon LonTalk / EcheNet Protocol for DSLC & 723 Controls
Input Voltage (Adapter): 18 VDC to 32 VDC (Nominal 24 VDC External Supply)
Status Diagnostics: Diagnostic LEDs for Power, Network Activity, and Serial Transmit/Receive
Enclosure Type: Portable Industrial Desktop / Benchtop Interface Unit
Operating Temperature: 0�C to +50�C (+32�F to +122�F)
Storage Temperature: -40�C to +85�C (-40�F to +185�F)
Relative Humidity: 5% to 95% (Non-condensing)
Repair Time: 3�7 Days
Availability: In Stock
Weight: Approximately 1.20 kg (2.65 lbs)
Country of Origin: United States
The 9924-863 is a 723 / DSLC Network Binding Starter Kit designed and manufactured by Woodward. This specialized hardware and software interface package establishes communication between a commissioning host PC and Woodward�s LonTalk network nodes, specifically the 723 Digital Speed Control and Digital Synchronizer and Load Control (DSLC) units. The primary role of the 9924-863 kit is to execute network binding procedures, allowing multiple DSLC, MSLC, and 723 control units to link address paths, map cross-network I/O variables, and share load-sharing parameters over an integrated Echelon LonWorks bus.
HARDWARE INTERFACE & LONWORKS NETWORK BINDING:
The heart of the 9924-863 kit is the Serial LonTalk Adapter (SLTA/2). It translates standard serial RS-232 commands issued from the commissioning laptop into differential LonTalk network packets. Dedicated interconnection cabling connects the SLTA converter directly into the network terminals of the 723 or DSLC control chassis.
NETWORK COMMISSIONING & FAULT DIAGNOSTICS:
By utilizing the bundled software utilities in the 9924-863 kit, field technicians can bind network addresses, assign node identifiers, update network variable configurations, and troubleshoot signal line faults across complex multi-generator microgrids. The front panel of the SLTA/2 unit incorporates LED status indicators that provide real-time visual feedback on power supply presence, serial port handshake status, and active LonWorks packet transmission.
WHY BUY FROM WOC
World of Controls specializes in critical parts lifecycle extension and interface tools for legacy and active Woodward power generation controls. Every 9924-863 starter kit undergoes full serial-to-LonTalk loopback verification, multi-node network binding tests on live 723/DSLC test rigs, and power supply isolation checks. We maintain active inventory stocks to prevent commissioning delays, backed by comprehensive warranties and expedited worldwide shipping.
What is Woodward 9924-863?
The 9924-863 is a comprehensive Network Binding Starter Kit engineered by Woodward for 723 and DSLC generator control networks. It includes the SLTA/2 adapter, connection cabling, and configuration software required to link, configure, and bind LonTalk network addresses between multiple digital controls.
What specific items are included inside the starter kit?
The kit contains the Serial LonTalk Adapter (SLTA/2), the associated serial and network interconnection cables (Woodward part number 8923-492), and the required network binding software packages (part numbers 1796-031 and 9924-852).
Why is network binding required when using Woodward 723 and DSLC controls?
For 723 controllers, DSLC, and MSLC units to share generator load data and synchronization signals across a common network, their internal LonTalk addresses and variables must be mapped to one another. The starter kit provides the hardware bridge and software utility to perform this initial node-to-node binding.
How do you verify communication is established through the SLTA/2 adapter during setup?
Connect the RS-232 serial cable to the PC and apply 24 VDC auxiliary power to the SLTA/2 unit in the 9924-863 kit. Check the front LEDs: the POWER LED must be solid green, and the TX/RX indicators should blink actively when launching the network binding tool on the host PC, confirming active serial packet exchange.
