Related Manuals for Siemens DF8000
Summary of Contents for Siemens DF8000
- Page 1 DF8000 Input / Output Multiplexing System Installation Function & Configuration Commissioning Safety Regulations Fire Safety & Security Products Building Technologies...
- Page 2 Data and design subject to change without notice. / Supply subject to availability. © Copyright by Siemens Building Technologies AG We reserve all rights in this document and in the subject thereof. By acceptance of the document the recipient acknowledges these rights and undertakes not to publish the...
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Page 3: Table Of Contents
Assembly and installation ............4 Commissioning and testing ............4 Disposal and recycling..............5 Modifications to the system design and the products....5 Introduction ....................6 The DF8000 system ..............6 Installing and Configuring DMS8000 systems......10 ICP DAS I-7520 converter ..............13 I-7520 mechanical dimensions ..........13 DF8003 - CPU Module................14 Front panel................15... -
Page 5: About This Document
This manual is written primarily for Project Engineers responsible for the installa- tion of the DF8000. It assumes the reader has at least a moderate level of familiar- ity with standard networking concepts and terminology, along with the SBT FS- DMS products. - Page 6 Liability disclaimer for damage or injuries Before products are delivered, they are tested to ensure they function correctly when used properly. Siemens disclaims all liability for damage or injuries caused by the incorrect application of the instructions, or the disregard of danger adviso- ries.
- Page 7 Modification index Current version Date Notes A6V10081388_a_en 11.2007 – DF8003 has replaced previous CF9003 CPU module. Improvements in the communication baud rate (up to 19200 – bps). A6V10081388_b_en 02.2008 New photos – A6V10081388_c_en 06.2008 Minor updates to: Intranet link to STEP documentation reposi- –...
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Page 8: Safety Regulations
Danger potential to individuals All DF8000 modules are powered with low voltage DC, and there are no specific safety regulations that apply to these devices. If DF8000 is installed in cabinets with AC power supply, the required power cable should be installed following scrupulously the instructions given in the correspond- ing manual. -
Page 9: Disposal And Recycling
The DF8000 units have been manufactured as much as possible from materials that can be recycled or disposed of in a manner that is not environmentally damag- ing. However, they contain parts that require disposal in a controlled waste stream according to local environmental standards and/or regulations. -
Page 10: Introduction
The DF8000 system DF8000 Modules and Units The DF8000 is based on a modular design philosophy. Separate 4 or 8-point mod- ules, with DIN rail-mountings, galvanically or optically isolated from the field can be assembled in local units that provide both the capabilities and the functionality re- quired to map from 4 to 48 I/O points (one or two 24-signal units addressed by the CMX-DL protocol). - Page 11 I/O MOD- Fig. 2 DF8000 double unit The DF8000 can thus be defined as a flexible system, organised in units compris- ing the modules listed below: • 1 CPU module ; • 1 to 3 I/O modules (single CMX-DL protocol unit) -- OR -- 4 to 6 I/O modules (double CMX-DL protocol unit).
- Page 12 Backward compatibility with CF9000 modules and NK8000 firmware DF8000 family fully replaces the CF9000 devices. New DF8000 modules can be used to replace the corresponding CF9000 modules as illustrated in Tab.1 below. Note also the compatibility across Composer configurations (and related protocol), DF8003/CF9003 hardware, and NK8000 firmware versions (Tab.2).
- Page 13 Building Technologies 048_DMS_DF8000_ICC_MP4.15_A6V10081388_c_en.doc Fire Safety & Security Products 06.2008...
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Page 14: Installing And Configuring Dms8000 Systems
0 to 15 and a double unit takes two consecutive addresses, see Fig. 4. Also, old CF9003 units as well as CMX boards can be connected on a DF8000 line. - Page 15 NK822x. Note that not all the combination of I/O modules can be configured in a DF8000 unit. Refer to the Annex B on page 36 for a complete list of the valid DF8000 con- Building Technologies 048_DMS_DF8000_ICC_MP4.15_A6V10081388_c_en.doc...
- Page 16 Installation on DIN rail The DF8000 modules can be easily attached to the DIN rail by simply hooking it on the top side of the rail and pressing it in on the opposite side. By pulling downward the orange-coloured tab located at the rear bottom of the module, the module itself can be detached.
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Page 17: Icp Das I-7520 Converter
ICP DAS I-7520 converter If one of the RS232 line is used on the NK822x to connect the DF8000 units, a conversion from RS232 to RS485 standard is required. Various suitable devices are available on the market. The recommended model is the I-7520 converter by ICP DAS Data Com (http://www.icpdas.com/products/Remote_IO/i-7000/i-... -
Page 18: Df8003 - Cpu Module
DF8003 - CPU Module The intelligent DF8003 CPU Module controls I/O data acquisition over the internal bus (base on I C technology) and handles the CMX-DL communication on the RS485 bus. It can connect up to six input/output modules. Fig. 6 CPU module The module is equipped with a small front-panel where LEDs and switches are visible (see Fig. -
Page 19: Front Panel
Front panel The front panel of the DF8003 CPU module, illustrated in 0, houses 4 LEDs , indi- cating, from top to bottom: Elements Functions Description LED FLT yellow CPU fault Flashing when an internal fault is detected When the DF8003 is powered up, this LED reports for 6 times the status of the 6 possible I/O modules: two quick flashes indicates no response from the module –... -
Page 20: Internal Jumpers
↑ Not valid for double units Tab.7. DF8000 unit address settings Note that the DF8003 units that include 4 to 6 I/O modules, i.e. the double units, always allocate two consecutive addresses on the RS485 line: the address se- lected on S1-5 to S1-8 and the subsequent one. This applies both to even and odd addresses. -
Page 21: Power Supply
Power supply A local DC power supply (11... 33 VDC) is required for each unit. Internal and the external circuits should receive separate input voltages and the CPU module has two separate power supply inputs, as illustrated in Fig. 9. The first supplies the CPU and the internal I/O circuits (terminals 2-3), whereas the second one is used to supply the external I/O circuits (terminals 4-5). -
Page 22: Rs485 Bus Connection
RS485 bus connection The CPU module is connected on the 2-wire, RS485 bus as shown in Fig. 9. The RS485 signals have to be connected to terminals 10 and 11. from RS485 - NK822x to next DF8003 RS485 + 9003 9003 Fig. -
Page 23: Df8020 - 8 Relay Output Module
DF8020 - 8 relay output module The DF8020 8-output module, illustrated in Fig. 12, is the module of the I/O family for non-supervised relay output. It can be connected to a CPU module via the local C bus. The DF8003 CPU can address up to six DF8020 modules with I C address 1 to 6. - Page 24 0 to 7, the valid I C address can range from 0 to 2 (single unit) or 0 to 5 (dou- ble unit). Refer to Annex B on page 36 for a complete list of the valid DF8000 con- figurations.
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Page 25: Df8020 Module Mechanical Dimensions
The output signals are relay contacts (NO or NC) with a shared common ground. They can drive a current of up to 1 A at 30 VDC, and they can also be used to op- erate an external relay when higher power loads are required. LEDs reporting status of outputs DF8020... -
Page 26: Df8040 - 8 Input Module
DF8040 - 8 Input Module The DF8040 8-input module, illustrated in Fig. 17, is the module of the I/O family for non-supervised digital input. It can be connected to a CPU module via the local C bus. The DF8003 CPU can address up to six DF8040 modules with I C address 1 to 6. - Page 27 0 to 7, the valid I C address can range from 0 to 2 (single unit) or 0 to 5 (dou- ble unit). Refer to Annex B on page 36 for a complete list of the valid DF8000 con- figurations.
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Page 28: Df8040 Module Mechanical Dimensions
LEDs reporting status of inputs DF8040 Input I²C connector to I/O modules or CPU module I²C connector to I/O modules 1 2 3 Dip-switches for address selection (1...6) Fig. 20 DF8040 Front panel and external connections 1-16 Module Switch 1 Switch 2 Switch 3 Notes... -
Page 29: Df8045/46 - 4 Supervised Input Modules
DF8045/46 – 4 supervised input modules The DF8045/46 4-input modules, illustrated in Fig. 21, are the modules of the I/O family for supervised digital input. As the other modules, they can be connected to a CPU module via the local I C bus. -
Page 30: Df8046 - No Inputs
Fig. 22 DF8045 Input circuit EMC protection is provided using a dedicated circuit. It is capable of handling over- voltages of 600V, which should be sufficient for most applications. Signal isolation is provided by using separate voltage sources on the DF8003 CPU module (internal and external power) and the internal opto-couplers. - Page 31 Fig. 23 DF8046 Input circuit EMC protection is provided using a dedicated circuit. It is capable of handling over- voltages of 600V, which should be sufficient for most applications. Signal isolation is provided by using separate voltage sources on the DF8003 CPU module (internal and external power) and the internal opto-couplers.
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Page 32: Df8045/46 Front Panel
0 to 7, the valid I C address can range from 0 to 2 (single unit) or 0 to 5 (dou- ble unit). Refer to Annex B on page 36 for a complete list of the valid DF8000 con- figurations. -
Page 33: Hardware Installation
Hardware installation Cables 8.1.1 NK822x (RS232) connection to ICP DAS I-7520 interface converter The RS232 cable that links the NK822x to the ICP DAS I-7520 converter is a Data Leads-only male to male crossed cable (see Fig. 25). AWG 20 (0.5 mm ) shielded cable is recommended. -
Page 34: Icp Das I-7520 (Rs485) Connection To Df8003
8.1.2 ICP DAS I-7520 (RS485) connection to DF8003 The cable that links the I-7520 converter to the (first) DF8003 CPU module must be as shown in Fig. 26. AWG 22 (0.6 mm ) unshielded cable is recommended. Max length is 1200 m. Max distance from I-7520 lo to next DF8003 unit last DF8003 = 1200 m... -
Page 35: Nk822X (Rs485) Connection To Df8003
8.1.3 NK822x (RS485) connection to DF8003 The cable that links the NK822x to the (first) DF8003 CPU module must be as shown in Fig. 27. AWG 22 (0.6 mm ) unshielded cable is recommended. Max length is 1200 m. Max distance from NK822x to last DF8003 = 1200 m to next DF8003 unit DF8003... -
Page 36: Maintenance And Diagnostics
A DF8003 does not communicate with the management station Use RX/TX LEDs on the NK822x and on the DF8003 panels to identify the cause of the trouble. Note that NK822x polls the DF8000 units continuously (one after the other) and each unit responds when selected. - Page 37 Action: replace the module. The whole unit doesn't turn on 1. Power supply voltage absent or too low. Action: verify power supply voltage. 2. Voltage polarity is inverted. Action: verify the polarity and exchange the poles as necessary. The Inputs/Output signals do not operate properly 1.
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Page 38: Annex A - Module Settings
Annex A - Module settings 10.1 Baud rate 10.1.1 DF8003 CPU module Baud rate DF8003 CPU DF8003 CPU DF8003 CPU Notes Front panel Front panel Front panel Switch S1-2 Switch S1-3 Switch S1-4 1200 ↓ ↓ ↓ 2400 ↓ ↑ ↓... -
Page 39: Input/Outputs Default Status
10.3 Input/Outputs default status Module 1 to 6 I/O logic DF8003 CPU (normal: 1=active; reversed: 0=active) Internal jumpers J1 to J6 Normal Open Reversed Closed Tab.21. Default I/O status settings 10.4 I/O LEDs (enabled/disabled) Input/output LEDs DF8003 CPU Front panel Switch S1-1 Disabled ↓... -
Page 40: Annex B - Valid Unit Configurations
4 x DF8045 or DF8046 12 in (single) 3 x DF8045 or DF8046 8 in (single) 2 x DF8045 or DF8046 4 in (single) 1 x DF8045 or DF8046 Tab.23. Valid configurations of DF8000 units Building Technologies 048_DMS_DF8000_ICC_MP4.15_A6V10081388_c_en.doc Fire Safety & Security Products 06.2008... -
Page 41: Annex C - Connection To Cdi-Net Components
Annex C - Connection to CDI-Net components This section is provided as reference for connecting the legacy CDI-Net compo- nents GW20, GW21, and IC-2 to DF8003 units. 12.1 Connecting NK822x (RS232)/GW20 to IC-2 converter The cable that links NK822x/GW20 to IC- must be as shown in Fig. 28. Gateway 20 IC-2 D-type 9 pin female... -
Page 42: Connecting Ic-2 Converter To Df8003
12.3 Connecting IC-2 converter to DF8003 The cable that links DF8003 (CF9003) to IC-2 must be as shown in Fig. 30. A 100 Ohm termination resistor is recommended at both ends of the RS-485 line. to next DF8003 max distance from IC-2 to last DF8003 = 1200 m IC-2 1 2 3 4 5 6 7 DF8003... - Page 43 Communication, 9, 14 Composer, 10 LED enabling, 34 Connections, 10 LEDs, 14, 31, 32, 34 Line, 10 DF8000 System, 7, 8 DF8003, 6, 7 Module, 6, 7 DF8003 CPU module, 13 DF8003 EMI filters, 16 NK8000, 7, 9 DF8003 mechanical dimensions, 17...
- Page 44 Single unit, 19, 22, 27 Unit, 6 Single unit, 7 Unit address, 10, 15, 33 Supervised inputs, 6 Unit address setting, 15, 33 Troubleshooting, 31 Valid configurations, 11 Valid unit configurations, 35 Building Technologies 048_DMS_DF8000_ICC_MP4.15_A6V10081388_c_en.doc Fire Safety & Security Products 06.2008...
- Page 46 Siemens Switzerland Ltd Building Technologies Group International Headquarters Fire Safety & Security Products Gubelstrasse 22 CH-6301 Zug Tel +41 41 724 24 24 Fax +41 41 724 35 22 www.sbt.siemens.com Document no.: A6V10081388_c_en DMS8000 Technical Material Edition: 06.2008 Section 2...