Kein Folientitel

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GATEWAYS
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Gateways for BMS STULZ Monitoring
Unit Sequencing
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Hardware - Design C6000 MIB - Board

• MIB Multifunction Interface Board
• Hardware Based on C6000 CPU Board
• FLASH EPROM as Program Memory
• Aplication as Stand Alone Interface
• - Independant of controller - type - Installatio
  n inside the unit or in separate box

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Hardware - Design C6000 MIB - Board

• Available Interfaces
• - 2 x RS 485 electrically isolated cable
  length max. 1000 m - 2 x RS 232 standard SUB-D
  9-pol plug
• Interface - Allocation
• - RS 485 I ? STULZ - Bus - RS 485 II or RS 232
  II ? BMS connection - RS 232 I ? Service -
  Interface

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LED Green Performance of the Board
LED Red Data Transfer RS 232 I
RS 232 I Service
Data Transfer RS 485 II / RS 232 II red
send green receive
Data Transfer RS 485 I red send green receive
RS 232 II BMS / TeleCompTrol
RS 485 II BMS / TeleCompTrol
RS 485 I STULZ - Bus
Driver RS 485 I RS 485 II
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Service - Tools C6000 MIB - Board

• Operation via Laptop / PC with COM - Port
• - C6000 MIB Service - Interface RS 232 I
• Service program for WIN 95, 98, 2000, NT
• - Software - Download - Configuration
  - System analysis

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Gateway Functions C6000 MIB - Board

• Supported Protocolls for BMS - Connections
• - ModBus RTU Protocol - Satchwell Network
  Protocol (SNP) - Kieback Peter (P90 -
  Protocol) - STULZ Telemonitoring (SDC -
  Protocol)
• All Protocols Support up to 6 Modules
• C6000 Controller / Supervisor Combinations are
  Handeld as One Controlling Device
• All Functions are Covered in One Program
• - Expansion of the control capabilities ?
  upward compatible Software Updates

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The Principle of BMS Interfacing
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BUS Connection RS 485
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Direct / Modem RS 232 Connection
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STULZ-Bus
Controller
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Unit - Seqencing via C6000 MIB - Board

• Substitute of the C4000 Sequencing Box
• Supported Controller
• - C1002 - C4000 MAX - Version - C5000 MAX
  Board - C6000
• Sequencing - Function
• - Up to 32 units in 4 zones - Variable No. of
  Stand-By-Units per zone

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Unit - Seqencing via C6000 MIB - Board

• Monitoring of T/ H Limit Values Variable per
  Zone
• - Measured values of the unit sensors
• - Mean value calculation over all allocated
  units inside one zone - Start of
  Stand-By-Units in case of limit value- High -
  or Low - Level exceeding inside one zone
• Definition of Valid Alarms for all Zones
• - Alarm monitoring per zone - Alarm start of
  Stand-By-Units inside one zone

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Unit - Seqencing via C6000 MIB - Board

• C6000 Controller / Supervisor Combinations
  will be Handeld as One Control Device
• Sequencing and Gateway Function Parallel with
  only one C6000 MIB - Board
• - Priority of the sequencing control in case
  of ON / OFF commands of an BMS