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Related Manuals for Prosense Safevader Series
Summary of Contents for Prosense Safevader Series
- Page 1 PROSENSE Safevader Series Gas Detector User Manual Prosense Teknoloji San. Ltd. Şti. Cumhuriyet Mah. Mermer sok. No:16 Kartal İstanbul Tel: (90) 216 306 77 88 Faks: (90)216 473 81 29 www.prosense.com.tr PRS-UM-SV-EN-Rev1.0-16.12.2022 Page 1 / 41...
- Page 2 The warranties made by Prosense with respect to this product are voided if the product is not installed, used and serviced in accordance with the instructions in this user guide. Please protect yourself and other by following them.
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Page 3: Table Of Contents
Contents Safety Information ............................5 Strictly follow the Instructions for Use ....................6 Maintenance............................6 Use in areas subject to explosion hazards ..................6 Liability for proper function or damage ..................... 6 Intended Use ............................6 Introduction ..............................8 Detector body ............................. 9 Installation .............................. - Page 4 Information Menu options ........................28 Display Measurements ........................28 Display Transmitter information ...................... 28 Display Sensor information ......................28 Test Menu Options ..........................29 Run Inhibit test ..........................29 Run Display test ..........................29 Run Relay test ........................... 29 Run Analogue Output test ........................ 30 Calibration ..............................
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Page 5: Safety Information
To minimize the risk of electrostatic charge, provision shall be made for adequate grounding and • equipment shall be installed in such a manner so that accidental discharge shall not occur. When Prosense SAFEVADER reaches the end of its life, it should be disposed of in accordance • with local regulations. -
Page 6: Strictly Follow The Instructions For Use
Prosense or if the sensing part is used in a manner not conforming to its intended use. Prosense cannot be held responsible for damage caused by non-compliance with the recommendations given above. - Page 7 1. Very high gas concentrations The measuring method of SAFEVADER series detector based on heat produced by reaction on the oxidation of a flammable gas when pellistor sensor used. There is not enough oxygen in the sensor to perform oxidation process correctly in case of high gas concentrations. Hence the measuring signal decreases at high gas concentrations and even can lead to measuring signal within the measuring range again.
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Page 8: Introduction
Introduction The Prosense comprises a gas detector body and a choice of sensors heads for detecting flammable gases, toxic gases and oxygen. The construction of Prosense SAFEVADER Series detectors allows it to be used in areas not classified as hazardous. -
Page 9: Detector Body
Detector body The detector enclosure has two cable entries located at the bottom of enclosure for connecting the power source, signal output and relay contacts to associated signalling equipment. There are two mounting holes incorporated into the transmitter housing. Diagram 2: Detector body and size (mm) Installation Gas detectors should be mounted where a potential hazard of gas is most likely to be present. -
Page 10: Mounting The Detector
• in places where temperature is outside the admissible operating range, • corrosive environments, • inside air vents. • environments where silicon can be found. Prosense SAFEVADER series detector has two mounting holes on detector body to fix detector directly to a surface: Mounting hole Mounting hole Diagram 3: Mounting holes PRS-UM-SV-EN-Rev1.0-16.12.2022... -
Page 11: Electrical Connections
Observe precautions for handling electrostatic sensitive devices. SAFEVADER Series Detector must be powered by a SELV power supply. The SAFEVADER Series Detector shall be supplied by an isolated power source which fulfils the requirements of: • Limited-Energy Circuit in accordance with UL/CSA 61010-1, •... - Page 12 Example; Diagram 4: Field cabling The controller or power supply is supplying a nominal 24VDC (V controller), the detector minimum allowable voltage is 12VDC (V detector min), therefore the maximum allowable voltage drop between the controller and detector is 12VDC; this means a voltage drop of 6V in each core (V+ core and V- core).
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Page 13: Detector Grounding
Detector grounding Internal Ground connection: Each detector has grounding screw which utilizes grounding for detector main PCB to detector body. The screw should be located correctly and fixed for all times. In case of any maintenance activity this screw should be checked and fixed to make sure for proper grounding. -
Page 14: Safevader Outputs
4-20 mA output: Prosense SafeVader detectors can be connected to control panels on the market having 4-20mA input signal. Signal wiring from detector and the control panel should be carried out by shielded cables. Wires cross section depends on the distance between the control panel and the detector. -
Page 15: Rs485 Serial Communication Output
Relay Outputs: Prosense SafeVader detectors have three relay outputs to generate switching output in case of Fault and defined level adjustable two alarms named as Alarm-1 and Alarm-2. The relay outputs set to NO (Normally Open – De-Energised) position at factory. All relays use same common port marked with C label and all common connections are shortcircuited. -
Page 16: System Status
System Status The Prosense SafeVader detector has a screen to show status messages and measurement levels online. Also it has three LEDs to show power, fault and alarm status. If equipment is in normal condition the green power LED will blink with 1 second period and screen will show the gas that detector measuring, current level of gas detector measuring. -
Page 17: Indication Of Measured Values
Indication of measured values Display screen shows the concentration level of the target gas in two ways. In the first, a numeric value is shown in the middle of the display in the units selected (PPM, %LEL, %VOL). The second concentration display is shown in the form of a bar graph representing the current concentration against full scale and in relation to the defined alarm levels. -
Page 18: Calibration
provide switching output for defined alarm levels. Alarm-3 is only visual alarm and it is not integrated to relay module. Hence it is not possible to get switching output for Alarm-3. In case of an alarm, related alarm LED will lit and alarm information will be shown on the screen: ALARM METHANE 15 %LEL... -
Page 19: Analogue Output State
Analogue Output State: Analogue output of equipment provides state information to external devices via current level. The output provides signal between 0- 22mA: • Equipment provides meaningful measurment level between 4-20mA current level. The external device must evaluate 4-20mA current level as measurement level information. The evaluation of measuement level regarding a dangerous gas concentration must be performed by an external device. -
Page 20: Switching Output State
2 De-energized Contact close De-energized Contact open De-energized Contact open Table 6: SAFEVADER Series Switching output states and indications Other than given states the detector is working fine and fault relay will be energised and relay contact will be open circuit. -
Page 21: Commissioning
Check the screen. It will run self check tests and report the results. All tests should end with OK. In case of any ERROR message contact Prosense. When test completed the screen will show monitoring screen with detector information and WARMUP message on status line. -
Page 22: Detector Settings
Detector Settings Prosense SAFEVADER detector prepared at factory to work as standalone detector. User may want to change settings and alarm levels depending of the requirements. SAFEVADER detector screen can be used to change the detector settings. There are 3 buttons on display to perform menu operations which are Enter, up (Increase) and down (decrease). -
Page 23: Menu Structure
Menu structure SAFEVADER Series Detector menu includes all necessary steps to setup detector and display information. Diagram 9: Main menu structure Page 23 / 41 PRS-UM-SV-EN-Rev1.0-16.12.2022... -
Page 24: Alarm Settings
Alarm Settings Alarm levels can be adjusted via using alarm menu steps. Once you reach the main menu the first option is alarm settings. Press Enter to move the alarm settings menu. A new menu listing alarm levels will be shown: 1. -
Page 25: Configure
ventilation fan kept activated after the measurement level falls below the alarm level. In such cases the off-delay feature can be used. The off-delay can only be defined in minutes. Configure User can change the parameters of detector depending of the usage such as date, time, password and detector address via configure menu. -
Page 26: Display Parameters
User can adjust these values to desired values depending of the application requirements between 1 to 3.5 mA for Fault, Warm-up, Calibration, Inhibit and 20-22mA for Overrange. Display Parameters Detector display can be adjusted as per requirements. The display options are given in Display menu item 1. -
Page 27: Change Password
User should remember the password to perform changes later on. If user forgets the password, detector should be returned back to Prosense to reset password. No Field operation is available to reset password at customer site. -
Page 28: Information Menu Options
:206 Ohm Temperature :34C Display Transmitter information To get details about transmitter and firmware level use transmitter information step in Information menu. A screen will display details. Prosense Ltd. KS031 XMTR S/N:00021907 XMTR F/W:V.1.1.0 DSP F/W :V.1.1.1 Modbus Adr.:01 Test Due:18/12/2018 To return back to previous menu please press Enter key till the screen changes. -
Page 29: Test Menu Options
Test Menu Options User can execute tests to check detectors functions. To perform tests select Test menu item via up and down keys then press Enter key. The screen will display test options: 1. Inhibit 2. Display 3. Relay 4. Analog Output 6. -
Page 30: Run Analogue Output Test
select Relay option. Screen will display three options to test as there are three relays on relay module. Select the menu option related to desired relay test and press Enter key. 1. Fault Relay 2. Alarm 1 Relay 3. Alarm 2 Relay 4. -
Page 31: Calibration
Calibration It is recommended to periodically carry out calibration to ensure correct operation. Prosense SAFEVADER series detector calibration includes two steps as zero and span calibration. It is possible to perform each step independently. Prosense recommends to perform both calibration steps to have correct calibration. Detector should be powered and stabilized for at least 4 hours before calibration. -
Page 32: Set Reference Gas Details
If the password is wrong the display will return to measurement screen. The screen will display menu options when correct password entered at last digit: 1. Alarm Settings 2. Calibrate 3. Configure 4. Information 5. Test 6. Exit Select Calibration. Screen will show calibration options: 1. -
Page 33: Zero Calibration
During 60 seconds you should apply necessary gas for zero level. For catalytic, pellistor and electrochemical sensors use clean air gas, for infrared sensors use N2 gas. For more details contact Prosense. Detector will automatically perform zero calibration while gas applied to sensor during this period. -
Page 34: Cancel Calibration
Span period may vary depending of target gas. Span gas should be applied to sensor during span period. Detector will automatically set span level. When the countdown is complete, the detector exits the menu steps and returns measurment screen but stays in calibration mode. In this case, the value is read on the screen as gas is applied to the detector. -
Page 35: Maintenance
Prosense, or if the device is used in a manner not conforming to its intended use. -
Page 36: Detector Transmitter Board Replacement
Fix front panel to enclosure body. Power On and check status. The main PCB module parameters recorded at Prosense factory. But if you see any deviation perform full parameter adjustment and calibration if necessary at least 4 hours later or nex day. -
Page 37: Fault Status Codes
CPU failure TEST DUE Defined test period is passed, test execution needed LINE Analogue output is not connected or shortcircuited TEMPERATURE Sensor temperature error NO COMM Display communication failure Table 7: SAFEVADER Series Fault Status Codes PRS-UM-SV-EN-Rev1.0-16.12.2022 Page 37 / 41... -
Page 38: General Specification
General specification Electrical Specifications: Detector must be powered by a SELV power supply. Power Input 12 to 28VDC (24VDC nominal) Max Power Max 4 Watts. at 24VDC Current output 1-22mA Fault 1.0 - 3.5 mA (adjustable) Warm-Up 1.0 - 3.5 mA (adjustable) Inhibit 1.0 - 3.5 mA (adjustable) Calibration... -
Page 39: Default Configuration
Refrigerant gases 2000-10000ppm %10 of FS Rising %15 of FS Rising Flammable 100%LEL 10%LEL Rising 15%LEL Rising 5%Vol 1%Vol Rising 2%Vol Rising Carbon Dioxide 5000ppm 2000ppm Rising 3000ppm Rising Table 12: SAFEVADER Series default alarm settings PRS-UM-SV-EN-Rev1.0-16.12.2022 Page 39 / 41... -
Page 40: Warranty Statement
Prosense Technology. The Product will be returned repaired or replaced if it is determined by Prosense that the part failed due to defective materials or workmanship. Warrant is only valid if product is shipped prepaid to Prosense at Kartal, Istanbul TURKEY, in a package equal to or in the original container accompanied by a detailed description of any issue. -
Page 41: Limitation Of Liability
It is understood and agreed that Prosense’ liability, whether in contract, in tort, under any warranty, in negligence or otherwise shall not exceed the amount of the purchase price paid by the purchaser for the product.