Related Manuals for Atest Gaz Teta MOD Control 1
Summary of Contents for Atest Gaz Teta MOD Control 1
- Page 1 User Manual Control Unit Module Teta MOD Control 1 Product code: PW-108-A POD-051-ENG R13...
- Page 2 We design, manufacture, implement and support: Systems for Monitoring, Detection and Reduction of gas hazards We invite you to familiarize yourself with our offer on www.atestgaz.pl Atest Gaz A. M. Pachole sp. j. ul. Spokojna 3, 44-109 Gliwice Poland tel.: +48 32 238 87 94 fax: +48 32 234 92 71 e-mail: contact@atestgaz.pl...
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Page 3: How To Use This Manual
www.atestgaz.pl Remarks and reservations Connection and operation of the device is allowed only after reading and understanding the contents of this document. Keep User's Manual with the device for future use. The manufacturer bears no responsibility for errors, damages and failures caused by improper selection of devices and cables, improper installation or failure to understand the contents of this document. -
Page 4: Table Of Contents
www.atestgaz.pl Table of contents 1 General information..........................6 1.1 Application field............................. 6 1.2 Description of the operation........................7 2 Safety..............................9 3 Description of the construction......................10 4 Input-output interfaces........................10 4.1 Electric interface...........................10 5 User interface............................15 5.1 Front panel............................15 5.2 User interface structure........................ - Page 5 Figure 8: Operation of the output for visual alarm devices as a function of gas concentration........14 Figure 9: Operation of the output for activation of a solenoid valve as a function of gas concentration......15 Figure 10: Teta MOD Control 1 panel..........................15 Figure 11: Interface structure.............................19 Figure 12: Keeping the internal buzzer –...
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Page 6: General Information
General information Application field The Teta MOD Control 1 module is a control device designed for operation in the System for Gas Detection Teta Gas. The module uses the technique of Digital Data Transmission – Teta Bus that enables both power supply and addressable communication with gas detector or signalling devices via only a single pair of conductors. -
Page 7: Description Of The Operation
Description of the operation The Control Unit Module Teta MOD Control 1 scans statuses of gas detectors incorporated into the Gas Detection System Teta Gas. The scanning results are presented on the device display and also by means of LED indicators. -
Page 8: Table 3: Specification Of Alarm Zones
www.atestgaz.pl Settings for Teta warning Zone Description device / valve controller Zone 1 incudes a small room where detectors of toxic gases (4, 5) are installed. SIG 61 MO:TOX The room is furnished with Teta SOLERT warning device (61). After exceeding of G:--C------ the threshold level for any toxic gas classified to group C is recorded by any detector, the warning device (61) is activated. -
Page 9: Safety
www.atestgaz.pl Settings for Teta warning Zone Description device / valve controller Zone 1 incudes a small room where detectors of toxic gases (4, 5) are installed. SIG 61 MO:TOX The room is furnished with Teta SOLERT warning device (61). After exceeding of G:--C------ the threshold level for any toxic gas classified to group C is recorded by any detector, the warning device (61) is activated. -
Page 10: Description Of The Construction
www.atestgaz.pl Description of the construction Figure 3: The construction of the device and its dimensions Input-output interfaces Electric interface NO COM NC NO COM NC NO COM TERM TERM POWER TETA BUS D2 COM COM NO NC COM NO NC COM NO Figure 4: Electric Connections Name Terminal... -
Page 11: Table 6: Electric Interface Description
These inputs allow you to control the Gas Safety System using external signals from another automation system, alarm system or from a push button. The functions of the binary inputs to the Teta MOD Control 1 Control Unit Module, depending on the set program, are described below. - Page 12 The status of the binary inputs can be viewed using the user interface. Details – see Section 5.8. Technical parameters of inputs – see Table 21. The Teta MOD Control 1 unit saves information about the activation of D1 and D2 inputs in the historical event memory – details see Section 5.8.1.
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Page 13: Figure 6: Relays In Active And Inactive State
www.atestgaz.pl 4.1.4 Relays output The module has six general purpose relay outputs. These outputs can adopt one of the two states: active or inactive (the active state means that control voltage is supplied to the relay coil). Terminals of relays can switch over to the following positions: Active Inactive... -
Page 14: Figure 7: Operation Of Visual Alarm Devices (Latched) As A Function Of Gas Concentration
www.atestgaz.pl Gas concentration ALARM 1 Button Optical alarm output Time Alarm disappears The output cannot be deactivated – although the output the Alarm 1 keeps remaining active Operator depressed the still remains active (no response to button depressing) button and the output is deactivated Alarm –... -
Page 15: User Interface
User interface Front panel ALARM area 01:????????????? 14:??? Keypad Display STATUS area Figure 10: Teta MOD Control 1 panel 5.1.1 ALARM area Indicator Status / colour Information Regular operation of flammable gases detectors, concentration of gases is below the established thresholds / red 1 blink –... -
Page 16: Table 8: Alarm Indicators Description
www.atestgaz.pl Indicator Status / colour Information Regular operation of toxic gases detectors, concentration of gases is below the established thresholds / red 1 blink – the first alarm threshold is exceeded / red 2 blinks – the second alarm threshold is exceeded / red 3 blinks –... -
Page 17: User Interface Structure
www.atestgaz.pl Special combinations of keypad buttons are available in the system view – see Section 5.4. Combination of buttons Description Simultaneous depressing start of the interface test – see Section 5.3. Table 11: Description of a button combination User interface structure The user manual structure is shown on the next illustration. -
Page 18: Figure 11: Interface Structure
www.atestgaz.pl 8. Teta sig. Number of Sign. devices set. sign. devices configuration 9. Common Optical sig. Optical sig. Acoustic sig. sig. set. activ. thr. latched latched 10. Buzzer Internal Deact. time Deact. time settings buzzer for alarm for failure Outputs 11. -
Page 19: Power-On Start Of The Control Module And User Interface Self-Test
www.atestgaz.pl Detailed description of all components within the user interface structure is provided in subsequent sections. Power-on start of the control module and user interface self-test Right after the power voltage of the control module is on the user manual self-test is launched. The test consists in activation of all LED indicators on the front panel and an internal buzzer with blacking of all character areas on the LCD display:... - Page 20 www.atestgaz.pl valve controllers VALVE CTRLS. 51:?????? Line for valve controllers 1 – 8 Statuses of controllers signalling devices SIG. DEVS 61:?????? Line for signalling devices 1 – 26 Statuses of signalling devices In that view the system scans all measuring channels and displays their statuses. The period for switching between the two screens is three seconds.
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Page 21: Table 12: Icons For Representation Of Detector Statuses In The System View
www.atestgaz.pl Icon Meaning Detectors Valve controllers Signalling devices Two icons are displayed alternately: Self-test in progress or simulation with the alarm threshold 3 exceeded Two icons are displayed alternately: significant of the sensor measuring range exceeded Table 12: Icons for representation of detector statuses in the system view 5.4.3 Screen 2 When the control module is defective or historical events are stored in its memory (see Section 5.8.1 for... -
Page 22: Devices View
www.atestgaz.pl Devices view 5.5.1 Gas detector view It is the screen where the control module alternately displays various information: status of the channel Status of the monitoring channel. Possible messages: HEATING – heating up of the specific detector Detector adress –... -
Page 23: Table 14: Error Codes For Valve Controller
www.atestgaz.pl 5.5.2 Valve controller view It is the screen where the control module displays information about valve controller status Status of the valve controller. Possible messages: – regular operation of the controller WAITING FOR DATA… – the control module is waiting for information NO TRANSMISSION –... -
Page 24: Buzzer - Internal Acoustic Warning /Alarm Device
www.atestgaz.pl Message Description bit 4 – incorrect converter voltage bit 6 – incorrect program memory checksum bit 7 – incorrect configuration memory checksum Table 15: Error codes for signalling device Buzzer – internal acoustic warning /alarm device The control module contains an internal audible warning/alarm device (buzzer) designed to horn an audible signal when intervention of the system operator is required, for instance when a gas hazard is detected or when any part /component of the system reports an error. -
Page 25: Access To Setting Options - Logging In Procedure
www.atestgaz.pl concentration ALARM 2 ALARM 1 Button Buzzer activation Time Operator depressed the Gas hazard – the button for temporary buzzer goes on deactivation (muting) The deactivation (muting) time expired, New alarm, the buzzer is Gas hazard disappeared – the buzzer sound is tripped again the buzzer goes off Deactivation (muting) time... -
Page 26: Control Unit Menu
Control unit menu This menu comprises options that relate to operation and parameters of the Control Unit Module Teta MOD Control 1 as well as the Teta Gas system. Description of the display content for that view – see Section 5.4. - Page 27 www.atestgaz.pl controllers have consecutive numbers within the permissible range, • operation mode (TR): one of three options can be selected for each controller: ALL – alarm is activated after a specific tripping threshold is exceeded for toxic or flammable gases; TOX – alarm is activated only after the tripping threshold is exceeded for toxic gases;...
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Page 28: Table 16: Menu Options And Factory Settings
www.atestgaz.pl available: SA.ALL, SA.TOX, SA.EXP, SO.ALL, SO.TOX, SO.EXP, VA.ALL, VA.TOX, VA.EXP, • activation of an alarm after any fault in the system is detected (FA), • composition of groups – the user is prompted to provide letters ranging PK1-PK6: A from A to J (10 groups in total are possible), it is the way how control units for warning devices are specified. -
Page 29: System Architecture
• Polish, • English, • Slovak. System architecture The location of the Teta MOD Control 1 Control Unit Module within the example of the Gas Detection & Safety System Teta Gas architecture is shown below. s. 29|36 User's Manual: POD-051-ENG R13... -
Page 30: Figure 13: The Gas Detection System Teta Gas
www.atestgaz.pl Ventilation Fire protection Figure 13: The Gas Detection System Teta Gas Detailed schematic diagrams in editable format can be downloaded from http://www.doc.atestgaz.pl/AG/PROJ/PROJ-LIB-037.dwg. s. 30|36 User's Manual: POD-051-ENG R13... -
Page 31: Gtw Memory Map
www.atestgaz.pl GTW memory map Description Type /comments Register Description of the bit Description of the bit System status Flags 40001 Monitoring Exp – A1 Special status – failure Exp – A2 Special status – service Exp – A3 Tox – A1 External alarm Tox –... -
Page 32: Table 18: Value Definitions For "Scope Information
www.atestgaz.pl Bit 2 Bit 1 Bit 0 Decimal value Description of the bit 50% LEL NG 50% LEL LPG 300 ppm CO 10 ppm NO 50% LEL H Table 18: Value definitions for "scope information" The register numbers for subsequent detectors are given below. Description Type / comments Register Description Type / comments Register Description Type / comments Register Detector 2 Analogously to the... -
Page 33: Life Cycle
www.atestgaz.pl Life cycle Transport The device should be transported in the same way as new devices of this type. If the original box or another protection (e.g. corks) is not available, it is necessary to secure the device against shocks, vibrations and moisture on one's own, using other equivalent methods. -
Page 34: Start-Up
www.atestgaz.pl Correct Incorrect Example connection of cables to the device Figure 14: Start-up The device is ready to operate after the power supply is provided and the co-operating devices are connected to it. Device / system configuration 8.4.1 Relays output configuration Details of the relays output configuration can be found in Table 16. -
Page 35: Maintenance
www.atestgaz.pl 8.6.1 Maintenance Except cleaning the external part of the enclosure, the device does not require any maintenance. The external part of the enclosure should be cleaned by means of a soft cloth moistened with water and a bit of a mild detergent. -
Page 36: Product Marking
Table 21: Technical specification Product marking Product code Device PW-108-A Teta MOD Control 1 Control Unit Module Table 22: Method of product's marking Appendices DEZG123-ENG – EU Declaration of Conformity – Teta MOD Control 1 s. 36|36 User's Manual: POD-051-ENG R13... -
Page 37: Eu Declaration Of Conformity
EU Declaration of Conformity Atest Gaz A. M. Pachole sp. j. declares with full responsibility, that the product: (Product description) (Trade name) (Type identifier or Product code) Control Unit Module Teta MOD Control 1 PW-108 complies with the following Directives and Standards: in relation to Directive 2014/30/EU –... - Page 38 www.atestgaz.pl Notes...
- Page 40 Atest Gaz A. M. Pachole sp. j. Spokojna 3, 44-109 Gliwice tel.: +48 32 238 87 94 fax: +48 32 234 92 71 e-mail: contact@atestgaz.pl For more details on our devices and other products and services offered by us, visit:...
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