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Macurco DVP-120C Manual

REV – 1.0

[34-8708-4770-8 ]

37

|

P a g e

Start/End Time

At this point, you will define start and end time for occupied period during weekend or weekday. Values entered for
Start and End time are in 24-hour format. If value entered for Weekday/Weekend active period is 2, you need to
enter Start Time and End Time for 2 periods separately. Notice the following figure specify on the first line that Start
Time and End Time corresponds to Week Day Period 1. This means time period of 7 AM to 8AM is regarded as
occupied time for DVP-120C during weekdays.

W e e k d a y p e r i o d: 1

S t a r t T i m e: 0 7: 0 0

W e e k d a y p e r i o d: 1

E n d T i m e: 0 8: 0 0

Figure 4-36 Occupied Time Period

Press UP and DOWN key to scroll between Start Time and End Time. To enter the time, scroll to corresponding
screen i.e. Start Time or End Time, and start entering value via keypad. First two entered digits are hours and next
two pressed digits are minutes. To enter single digit hour, enter 0 as first digits. E.g. for 8:30 AM, enter 08 and then
30.

Press LEFT key to go back to previous menu.

4.13.2.7

Configure sensor Type

Sensor Registration

Sensor registration is continuously monitored by the DVP-120. When the currently selected sensor type agrees with
the stored registration information the DVP-120 will remain in normal mode. When new registration information is
detected by the DVP-120, for example, if a different gas type of Macurco sensor was installed, the following
message is displayed: “Configuration Changed Any key to save” is displayed.

Config.

changed

Any Key to save

Figure 4-37 Configuration Changed

Pressing any key will prompt the user to enter the password. Once the valid password is entered the new sensor
type is saved. The program does not allow any other activity unless a valid password is entered.

If the DVP-120 is in configuration mode (user is changing the configuration) the registration information is saved in
the background and the message indicating that configuration was changed is delayed until the user goes back to
normal mode.

Customer Sensor Implementation

NOTE

: Although these options are viewable on the panel, the menu is read only. The DVP-120C does not support the

addition of wildcard sensors.

Configure

sensor

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Summary of Contents for MRS-485

Page 1: ...IMPORTANT Keep these user instructions for reference Macurco DVP 120C Detection and Ventilation Control Panel with BACnet User Instructions ...

Page 2: ...Macurco DVP 120C Manual REV 1 0 34 8708 4770 8 2 P a g e ...

Page 3: ... General Wiring Information 11 3 2 2 Power Connection 12 3 2 3 Remote Sensor Connection 13 3 2 4 Relay Connection 15 3 2 5 Horn Strobe Connection 16 3 2 6 Interfacing Macurco Sensors 16 4 Operations 22 4 1 Power up 22 4 2 Initial Operating Mode 22 4 2 1 Status Light Display 22 4 3 User Interface 23 4 3 1 Cursor Keys 23 4 3 2 MENU Key 24 4 3 3 Hush Key 24 4 4 Normal Status Display 24 4 5 ALARM Stat...

Page 4: ...gnals Submenu 48 5 BACnet 52 5 1 General Information 52 5 1 1 Analog input Sensor ID 52 5 1 2 Analog Input Gas Reading 52 5 1 3 Binary Input MRS Trouble 52 5 1 4 Binary Input Over Range 52 5 1 5 Binary Input Trouble 52 5 1 6 Binary Input DVP Com Error 52 5 2 Macurco Network Parameter Utility NPU 52 5 3 BACnet Connection 54 5 3 1 Serial RS 485 to USB Wiring 55 5 3 2 BACnet MS TP to BACnet IP 56 5 4...

Page 5: ...Day of Week 70 9 1 3 Load Default Configuration 70 9 1 4 Change Password 70 9 1 5 Enter Password 71 9 2 Configure Sensors Submenu 71 9 2 1 See section 4 2 Initial Operating Mode for more detail 71 9 2 2 See section 4 3 User Interface for more detail 71 9 2 3 See section 4 13 System Configuration for more detail 71 9 2 4 See section 4 13 3 Configure Sensors Submenu for more detail 71 9 3 Configure ...

Page 6: ... 120C Manual REV 1 0 34 8708 4770 8 6 P a g e 11 Appendix D DVP 120 Quick Start Guide 77 12 Macurco Gas Detection Product limited warranty 80 Technical Support Contact Information 80 General Contact Information 80 ...

Page 7: ...ct product High voltage terminals 120 240 VAC are located within the DVP 120C presenting a hazard to service technicians Only qualified technicians should open the DVP 120C case and service the internal circuits Ensure power is removed from the DVP 120C prior to servicing the unit Immediately exit any environment that causes an alarm condition on the sensor Each time the unit is turned on it perfo...

Page 8: ...wer connection for the DVP 120C the fan control and alarm connections from the DVP 120C to the building ventilation and automation systems The RS 485 serial interface is from the DVP 120C to the remote detectors Power to these detectors is provided by an external 24VAC or VDC low voltage power supply See section 3 2 3 Remote Sensor Connection for more information regarding remote power supplies 2 ...

Page 9: ...ere required by federal state local regulations or the Authority Having Jurisdiction DVP 120C is required to be used with Listed Horn Strobe model 78 2900 0211 X to meet the 85dB A Audibility requirements of Standards UL 2017 Where X represents lens cover color R for red lens cover G for green lens cover B for blue lens cover O for amber lens cover C for clear lens cover 2 5 Specifications Size 10...

Page 10: ... to the DVP 120C over Modbus communication loop The transducers operate on low voltage 24VDC All power and signal connections for the transducers are provided via unshielded two conductor cable from an external power source DVP 120C Modbus applications use shielded 3 conductor wire with one twisted pair providing a pair for signal A B common COM and shield ground SHD connections The DVP 120C contr...

Page 11: ...ing Information WARNING High voltage terminals 120 240 VAC are located within the DVP 120C presenting a hazard to service technicians Only qualified technicians should open the DVP 120C case and service the internal circuits Ensure power is removed from the DVP 120C prior to servicing the unit Figure 3 2 Typical Layout ...

Page 12: ...commended to always use twisted wires to reduce noise and allow for reliable data communication over greater distances For best performance use shielded 3 conductor wire with one twisted pair providing a pair for signal A B common COM and shield ground SHD connections Use at least 3 conductor wire with one twisted pair providing a pair for signal A B and common COM connections The Macurco MRS 485 ...

Page 13: ...curco DVP 120C Manual REV 1 0 34 8708 4770 8 13 P a g e Figure 3 3 System Wiring Diagram 3 2 3 Remote Sensor Connection Figure 3 4 DVP 120C Internal View 1 2 1 Supervised Circuit 2 Non Supervised Circuit ...

Page 14: ...iding a pair for signal A B common COM and shield ground SHD connections Figure 3 6 MRS 485 Wiring 3 2 3 1 Topology An RS485 MODBUS configuration without repeater has one trunk cable along which devices are connected directly daisy chaining or by short derivation cables The trunk cable also named Bus can be long Its two ends must be connected on Line Terminations see Line Termination End of Line R...

Page 15: ...nized NEC Class 2 power supply which can power the MRS 485 units connected to 6 Series detectors Each MRS 485 is rated at 3 25W with a detector connected The minimum power which the power supply needs to deliver for 12 detectors is figured as 12 detectors x 3 25 W per detector 39W Therefore a 24VDC 60W power supply will work Wire gauge Maximum Run Length feet meters 18 263 80 16 418 127 14 665 203...

Page 16: ...efer to Table 3 3 for recommended wire gauge vs run length for the horn strobe functions maximum 2 5 volt drop in the wire The Strobe and Horn circuits are Class 2 control circuits so Class 2 conductors should be used For UL 2017 DVP 120C was tested with one Listed Horn Strobe model 78 2900 0211 X where X represents lens cover color R for red lens cover G for green lens cover B for blue lens cover...

Page 17: ... systems 1 Remove the 4 20mA Power plug from the Macurco 6 Series gas detector 2 Plug the MRS 485 adapter into the empty socket 3 Install the provided MRS 485 screw 4 See the wiring diagram for wire connection Figure 3 9 MRS 485 Installation 3 2 6 1 Connection The Macurco MRS 485 output is connected via a four terminal screw type connector The MRS 485 adapter is wired in the standard 2W Modbus cir...

Page 18: ... and DVP 485B adapters provide integral termination for the end of line resistors EOL The terminations use 4 pin connector for MRS 485 and 3 pin for DVP 485B with a jumper to select termination The user selects no termination or one of the two Modbus line termination options The MRS 485 has two line termination options provided and DVP 485B adapters have 120 ohm termination options provided onboar...

Page 19: ...se shielded cable When using termination resistors use only 2 resistors one at each end of the RS 485 transmission line i e 1 at the DVP 485B and 1 at the last farthest MRS 485 For any other baud rates calculate when at what length termination resistors are required This is calculated by dividing the length L by the ratio between the new baud rate and 19200 or x 19200 where x is the new baud rate ...

Page 20: ...For each unit choose the value from 1 to 99 see chart and set the eight switches to match the address UP means ON or 1 and DOWN means OFF or 0 For example to configure a unit as address 50 set switches 2 5 6 see table to ON or in the up position 01001100 See page 11 for a list of applicable addresses and dip switch settings Figure 3 14 MRS 485 Dip Switch Address 50 Shown 1 1 21 1 3 5 41 1 4 6 61 1...

Page 21: ...ector At power up and during its warm up period the 6 Series detector will communicate its sensor type over the 4 20 current output using a custom protocol The MRS 485 will automatically register each 6 Series detector as it is programmed with information about all the detectors to which it can be connected The MRS 485 will use this information to determine the gas level sensed by the 6 Series det...

Page 22: ...ORMAL steady green and the system will immediately enter the CONFIGURATION mode see section 4 2 for details to set the configuration parameters If a valid set of configuration parameters have been entered the panel will wait for all sensors to warm up During this time the display will show a count down minutes and seconds until the end of the warm up period Figure 4 2 D V P 1 2 0 C V 5 0 1 G W a r...

Page 23: ...iled information about the status of the control system and the configuration parameters to the user The keypad is used to select the information displayed and to enter the configuration parameters which are stored in the DVP 120C memory The keypad consists of ten digit keys four direction keys plus a MENU key that is used to access the configuration menu and a HUSH key that will silence the audib...

Page 24: ...ich point the LCD will prompt for further activities see sections 4 4 for more detail 4 3 3 Hush Key The HUSH key is only used to silence the audible indicators internal buzzer and possible external Horn and Strobe devices Pressing and releasing the button will silence the internal buzzer The HUSH button must be held for 3 seconds to silence the Horn and Strobe devices The following table shows th...

Page 25: ...If a sensor fails a connection is lost or the panel itself detects a failure of its own the panel will enter TROUBLE mode and the gas reading will be replaced by the word TROUBLE the TROUBLE status condition is discussed in section 4 7 Trouble Status Display 4 5 ALARM Status Display When any sensor indicates a gas level that is at or above the configured alarm level for the sensor the panel will e...

Page 26: ...ed and configured to signal a warning condition they will also sound when a warning condition occurs There is a configurable delay before the horn or strobe will sound see sections 4 13 5 Configure Horn Submenu 4 13 6 Configure Strobe Submenu and 4 13 4 Configure Relays Horn Strobe When the HUSH key is pressed the internal buzzer will be silenced for fifteen 15 minutes If the horn or strobe turn o...

Page 27: ...he readings of all CM 6 and TX 6 ND detectors connected irrespective of assigned zones and if any detector is more than 15ppm for CM 6 or 1 5ppm for TX 6 ND above or below the average of all detectors of same type for longer than 4 hours the detector has failed This failure is referred to as Unoccupied failure in rest of the manual Refer to Section 4 13 2 6 Configure Occupied Time for process to d...

Page 28: ... c C O S e n s o r 0 2 Figure 4 14 Occupied Sensor Failure Occupied failure triggers alarm condition in the panel Hence Alarm Warning LED will be red Buzzer Horn and Strobe will be energized based on Alarm Signal Configuration in CONFIGURE SIGNAL menu Alarm due occupied failure have lower priority than gas alarm If occupied failure detector is part of a zone then relays assigned to the zone gets a...

Page 29: ...ow that calibration due warning indication have been silenced for corresponding silence period After approximately 5 seconds the display will return to normal mode Only a calibration due warning with lower silence interval refer Table 4 2 will reset the HUSH and panel will go back to state indicating Calibration Due Warning C a l D u e S I L E N C E D F O R 7 d a y s Figure 4 17 Calibration Due Si...

Page 30: ...sing and falling for each gas type Each zone can also be controlled based on the time of day Each zone can be configured to control one two or all three of the relays and the external horn and strobe if desired When more than one zone is controlling a relay it only takes one zone to activate the relay but all controlling zones must release the relay before it will turn off Each of the relays horn ...

Page 31: ...finally exit the configuration menus back to normal mode When exiting from the menu system to normal mode if any configuration changes have been made the panel will ask whether changes are to be saved S a v e C o n f i g 0 N O 1 Y E S Figure 4 23 Save Configuration Prompt Pressing the zero 0 key at this point will cancel all changes except time and day of week Pressing the one 1 will save all chan...

Page 32: ...o normal mode If any configuration parameters have been changed the panel will prompt to save the changes If the changes are saved this is the point at which they become effective in controlling the ventilation system and for alarm level detection Note that changes to the time and day of week are not considered configuration items they are saved as soon as they are entered 4 13 2 Configure System ...

Page 33: ... fourth digit is entered 4 13 2 2 Set Day of Week T i m e 2 2 5 5 D a y 2 T u e s d a y Figure 4 27 Set Day of the Week This display example shows that Tuesday is the current day of the week The underline character indicates that the day can be changed by entering the corresponding digit 1 Monday 2 Tuesday 3 Wednesday 4 Thursday 5 Friday 6 Saturday 7 Sunday Note that the day of the week is saved a...

Page 34: ...Controls R1 12 Zone 2 Controls R2 13 Zone 3 Controls R3 14 Group 1 in each zone Type 1 CO Voting mode Quorum 1 15 Group 2 in each zone Type 2 NO2 Voting mode Quorum 1 Description Carbon Monoxide Nitrogen Dioxide Type CO NO2 Range 200ppm 20ppm Alarm Level 200ppm 5ppm Warning Level 100ppm 3ppm Rising Level 35ppm 2 5ppm Falling Level 15ppm 1 2ppm Table 4 3 Default Configuration Settings 4 13 2 4 Chan...

Page 35: ...te that the numeric keys can be used to change the value NOTE Change the value of Reading Retries according to table below every time the baud rate for the panel is changed Baud Rate Reading Retries 19200 Default 12 Default 9600 8 4800 5 Table 4 4 C a n D i s c o v e r 9 9 E n a b l e d 9 9 Figure 4 33 This menu option is useful for troubleshooting Normally all sensors register automatically This ...

Page 36: ...gure Occupied Time you can define how many occupied periods you want to define for weekday and weekend Valid entries are 0 1 and 2 Default value of 0 corresponds to disabled occupied period W e e k d a y n u m b e r a c t i v e p e r i o d 0 W e e k e n d n u m b e r a c t i v e p e r i o d 0 Figure 4 34 Active Period Weekday Press LEFT key to go back to previous menu i e Configure Occupied Time P...

Page 37: ...AM enter 08 and then 30 Press LEFT key to go back to previous menu 4 13 2 7 Configure sensor Type Sensor Registration Sensor registration is continuously monitored by the DVP 120 When the currently selected sensor type agrees with the stored registration information the DVP 120 will remain in normal mode When new registration information is detected by the DVP 120 for example if a different gas ty...

Page 38: ...3 character parameter and is used to identify the sensor type i e CO NO2 Type 01 CO Units ppm Figure 4 41 Sensor Units Units is a 4 character parameter and indicates the engineering units i e ppm Type 01 CO Depletion 0 No Figure 4 42 Depletion Type Depletion is 1 when the sensor is a depletion type and 0 when it is not a depletion type sensor A depletion sensor detects when gas concentrations in a...

Page 39: ... 4 47 Warning Level Warn is the default warning range Type 01 CO Rise 35 ppm Figure 4 48 Rising Trip Point Rise is the default rising level used in Zone configuration Type 01 CO Fall 15 ppm Figure 4 49 Falling Trip Point Fall is the default falling level used in Zone configuration 4 13 2 8 Enter Password If the password has not yet been entered when the first digit of any parameter is entered the ...

Page 40: ...lure to do so may result in exposures to gases not detectable and result in serious injury or death For proper use see supervisor or User manual or Contact Technical Support at 1 844 325 3050 4 13 3 Configure Sensors Submenu There is a list of parameters for each sensor in the system either currently wired or configured but presently disconnected The left and right cursor keys can be used to move ...

Page 41: ... accessible until a sensor type of 1 or 2 is selected 4 13 3 3 Alarm Set Point S e n s o r 0 1 C O A l a r m 2 0 0 p p m Figure 4 55 Sensor Alarm Level The default alarm levels for the sensors are Description Carbon Monoxide Nitrogen Dioxide Alarm Level 200ppm 5ppm Table 4 5 Default Alarm levels Setting an alarm level of 0 zero will disable alarm detection for this sensor 4 13 3 4 Warning Set Poin...

Page 42: ...used to jump to a particular relay horn or strobe The relays are numbers 1 2 and 3 the horn is number 4 and the strobe is 5 4 13 4 2 Relay Mode R e l a y 1 N o r m O f f M o d e 2 Figure 4 59 Relay Mode This display example shows that relay 1 is configured to operate in the Normally Off mode The relay modes are 1 ALARM 2 Normally Off default 3 Normally On Relay mode 1 is a special case This mode i...

Page 43: ...gure 4 62 Horn Summary This display example shows that the horn has been configured to operate with a turn on delay and no minimum on time Notice that the horn number 4 is underlined This indicates that the digit keys can be used to jump to a particular relay horn or strobe The relays are numbers 1 2 and 3 the horn is number 4 and the strobe is 5 4 13 5 2 Horn Turn on Delay H o r n D e l a y O n m...

Page 44: ...ilation control can support up to three zones The zone functionality makes the DVP 120C very flexible For example each zone can be configured to monitor a separate set of four sensors and control a single relay Another control scheme uses one zone to monitor all sensors and turn one relay on at a relatively low gas concentration A second zone monitors the same sensors and turns on a second relay i...

Page 45: ...trol 5 Strobe added removed from the zone s control When controlled by a zone the default horn pattern is the Triple Tap pattern see section 4 13 6 Configure Strobe Submenu and the strobe will turn on continuously when a zone is controlling them Each zone can have up to three control groups defined Each group either monitors a sensor type or implements a timer function 4 13 7 2 Zone Group Type Z 1...

Page 46: ...gure 4 73 Sensor Selection Sensors are included or removed from the group by entering the two digit channel number After a sensor is added or removed the list will be re sorted so it does not matter in which order the sensors are added or removed The default is to include all sensors of the specified type When the first digit of a sensor number is entered a leading zero must be entered if the numb...

Page 47: ...t When the configuration is Average the gas concentrations from all sensors in the group are averaged and if the average is greater than or equal to the rising trip point the zone outputs s are activated When the average is less than or equal to the falling trip point the zone output s is de activated If the average is between the two trip points the outputs remain in their previous state When the...

Page 48: ... indicating gas levels at or above the sensors configured alarm level A l a r m S i g n a l s B u z z H o r n S t r o b E Figure 4 79 Alarm Signals This display example shows that alarms are signaled by the internal buzzer the external horn and the strobe 4 13 8 2 Alarm Buzzer Signal A l a r m S i g n a l s B u z z 2 I n t e r m i t Figure 4 80 Buzzer Alarm Signal This display example shows that t...

Page 49: ...trobe will not flash 4 13 8 5 Warning Signal Summary The warning signals are in response to one or more sensors indicating gas levels at or above the sensors configured warning level W a r n i n g S i g n a l s B u z z Figure 4 83 Warning Signal This display example shows that warnings are signaled by the internal Buzzer only 4 13 8 6 Warning Buzzer Signal W a r n i n g S i g n a l s B u z z 5 O F...

Page 50: ... are 1 Continuous 2 Intermittent One second on at two second intervals 3 Double tap Two beeps at five second intervals 4 Triple tap Three short beeps at ten second intervals 5 Off Strobe will not flash default 4 13 8 9 Trouble Signal Summary The trouble signals are in response to one or more sensor faults either as a defined current level or because of wiring problems T r o u b l e S i g n a l s B...

Page 51: ...us 2 Intermittent One second on at two second intervals 3 Double tap Two beeps at five second intervals 4 Triple tap Three short beeps at ten second intervals 5 Off Horn will not sound default 4 13 8 12Trouble Strobe Signal T r o u b l e S i g n a l s S t r o b e 5 O F F Figure 4 89 Strobe Trouble Signal This display example shows that the strobe will not signal a trouble condition The strobe sign...

Page 52: ...ID Type 1 9 are the only valid values 5 1 3 Binary Input MRS Trouble This binary input object is set i e the value is 1 when there is an error in MRS 485 5 1 4 Binary Input Over Range This binary input object is set when reading from the detector is over the range 5 1 5 Binary Input Trouble This binary input object is set when the detector is in trouble condition 5 1 6 Binary Input DVP Com Error I...

Page 53: ...nder it Fields greyed out are read only Only protocol available as of now is BACnet MS TP Server Address The address of the device in the network Default baud rate 38400 bit sec APDU Timeout The time in milliseconds that the driver will wait for a response from a device after sending a request Number of APDU Retries The number of times the driver will retry a request when a response is not receive...

Page 54: ...nected to PC via USB the software will display home screen like one in Figure 5 1 If Software does not detect the panel it will display No Device Connected Make sure software detects the panel before proceeding c Go to File on the top left corner of the software and select Update Device d A new window will pop up to select the file Select the DUF file and hit Open e Now the DUF file will be loaded...

Page 55: ...nd and shield if available to the 4 pin BACnet connector Figure 5 2 RS 485 to USB NOTE The color code for your cable may be different than the one shown here reference the user manual for your specific cable for accurate wiring information Plug the USB connection into the USB port of your computer install any necessary drivers for the USB to RS 485 Serial Converter cable ...

Page 56: ...cations available to read the BACnet output of the Macurco DVP 120C Control panel For more information on these please contact Macurco Support at 1 844 325 3050 or support macurco com 6 Troubleshooting The DVP 120 DVP 120C is tested at the factory for reliable operation Most problems can be traced to the set up of configurable features and modes system wiring or trouble with the sensors WARNING Fa...

Page 57: ...dication if the gas concentration is high enough 6 1 1 3 Sensor Trouble All Macurco Sensors are either supplied with a STATUS LED that will indicate the health of the device or will display a trouble condition on the digital display Macurco sensors may be tested by depressing the TEST button on the sensor printed circuit board or depending on the type of sensor the button on the interior front pan...

Page 58: ... applied to the microcontroller and the DVP 120C is designed to have power continuously applied to the unit An external indication of successful power application to the unit is the immediate operation of the Status Lamps grouped around the LCD If the operator does not see an immediate response from the status lamps power should be checked at AC If the correct voltage is noted at AC then the inter...

Page 59: ...od the 6 Series detector will communicate its sensor type over the 4 20 current output using a custom protocol The MRS 485 will automatically register each 6 Series detector as it is programmed with information about all the detectors to which it can be connected The MRS 485 will use this information to determine the gas level sensed by the 6 Series detector by measuring the 4 20 mA current loop o...

Page 60: ...urrent Settings 8 Latched sensor type different than registered sensor type 9 Unknown sensor type because registration failed 6 7 4 Dip Switch Settings Codes RED GREEN Alternating every 200 milliseconds indicates that MRS 485 is in programming mode and waiting for the user to enter new settings using the 8 switches RED OFF Alternating every 200 milliseconds indicates that saving new settings faile...

Page 61: ... buzzer sound is good turn off the power of the DVP 120C 7 Remove the jumper shorting connector from SYS header and install onto the two bottom pins of EXT header marked 24V 8 Turn ON the DVP 120C and it should operate as explained in section 4 2 Initial Operating Mode 7 1 2 Functionality Test 1 Turn off the DVP 120 or DVP 120C 2 For DVP 120 move the jumper from bottom two pins of EXT connector to...

Page 62: ... normal operation as explained in section 4 2 Initial Operating Mode 7 2 Maintenance DVP 120C do not have parts that require regular maintenance For fuse replacement see Section 6 3 No Power of the manual In the event of trouble or any kind of help and support contact Technical Support at 1 844 325 3050 ...

Page 63: ...ngs 21 Figure 4 1 Model Display 22 Figure 4 2 Warm Up Display 22 Figure 4 3 Keypad layout 23 Table 4 1 Hush function key 24 Figure 4 4 Normal System Display 24 Figure 4 5 Sensor Prompt 25 Figure 4 6 Alarm Display 25 Figure 4 7 Alarm Silenced message 26 Figure 4 8 Warning display 26 Figure 4 9 Warning Silenced message 26 Figure 4 10 Trouble display 27 Figure 4 11 Trouble Silenced message 27 Figure ...

Page 64: ...e 4 40 Sensor Tag 38 Figure 4 41 Sensor Units 38 Figure 4 42 Depletion Type 38 Figure 4 43 Decimal Points 38 Figure 4 44 Resolution 39 Figure 4 45 Sensor Range 39 Figure 4 46 Alarm Level 39 Figure 4 47 Warning Level 39 Figure 4 48 Rising Trip Point 39 Figure 4 49 Falling Trip Point 39 Figure 4 50 Enter Password 39 Figure 4 51 Password Prompt 40 Figure 4 52 Wrong Password Prompt 40 Figure 4 53 Sens...

Page 65: ... 48 Figure 4 79 Alarm Signals 48 Figure 4 80 Buzzer Alarm Signal 48 Figure 4 81 Horn Alarm Signal 48 Figure 4 82 Alarm Signals 49 Figure 4 83 Warning Signal 49 Figure 4 84 Buzzer Warning Signal 49 Figure 4 84 Strobe Warning Signal 50 Figure 4 85 Strobe Warning Signal 50 Figure 4 86 Trouble Signals 50 Figure 4 87 Buzzer Trouble Signal 50 Figure 4 88 Horn Trouble Signal 51 Figure 4 89 Strobe Trouble...

Page 66: ... 16 Relay Summary 72 Figure B 17 Relay Mode 72 Figure B 18 Turn on Delay 72 Figure B 19 Minimum on Time 73 Figure B 20 Zone Controls 73 Figure B 21 Zone Controls 73 Figure B 22 Sensor Selection 73 Figure A 23 Rising Trip Point Entry 74 Table B 2 Default Raising trip points 74 Figure B 24 Falling Trip Point Entry 74 Figure B 25 Sensor Mode Selection 74 Figure B 26 Alarm Signals 75 Figure B 27 Buzze...

Page 67: ...Output and sets up the sensor Groups set of sensors of the same type and output within the same zone Sensor type Sensor Number Rising Trip point and Falling Trip point 5 Configure Signals defines the output of the Alarm Warning and Trouble Signals Buzzer Horn and Strobe as On Off Intermittent Continuous etc Note 1 The default Password is 1234 If the password has been changed and or lost Power down...

Page 68: ...Carbon Monoxide Nitrogen Dioxide Type CO NO2 Range 200 ppm 20 ppm Alarm Level 200 ppm 5 ppm Warning Level 100 ppm 3 ppm Rising Level 35 ppm 2 5 ppm Falling Level 15 ppm 1 2 ppm Table B 1 Default settings Typical coverage for CO and NO2 sensors is 5 000 sq ft 464 5 sq m see the User Instructions for each sensor type for location and coverage details Extra sensors may be needed near areas where peop...

Page 69: ... changes except time and day of the week Pressing the one 1 key will save all changes to memory and the changes will then become immediately effective in controlling the ventilation system The numeric keys are used to change the particular parameter displayed The underlined numeral or space on each display indicates what will be changed by the numeric keys The left and right arrow keys will enter ...

Page 70: ... that Tuesday is the current day of the week The underlined numeral indicates that the day can be changed by entering the corresponding numeral 1 Monday 2 Tuesday 3 Wednesday 4 Thursday 5 Friday 6 Saturday 7 Sunday 9 1 3 Load Default Configuration 1 L o a d D e f a u l t C o n f I g u r a t i o n Figure B 7 Load Default Configuration When the one 1 numeral is pressed the panel will prompt for the ...

Page 71: ...ost Power down the DVP 120 Remove the Jumper Shorting Connector from the EXT header and place the Jumper Shorting Connector onto the top two pins of the SYS header Power up the DVP 120 The first display is the current password on the unit Remove the Jumper Shorting Connector from the SYS header and install back onto the two bottom pins of the EXT header 9 2 Configure Sensors Submenu 9 2 1 See sect...

Page 72: ...n g e 2 0 0 p p m Figure B 15 Sensor Range Next Sensor complete for all sensor channels 9 3 Configure Relays Horn Strobe Submenu 9 3 1 See section 4 13 4 Configure Relays Horn Strobe Submenu for more detail Press Menu to display Hardware Summary x 3 Configure Relays Relay 1 R e l a y 1 N o r m O f f D e l a y O N M i n O n Figure B 16 Relay Summary Default Normally Off R e l a y 1 N o r m O f f M ...

Page 73: ...utput Quorum Number of sensors need to vote 1 any sensor Press Menu to display Hardware Summary x 4 Configure Zones Zone 1 Controls R_ R_ R_ H_ S_ Enter underlined number of output for zone R Relay 1 2 and 3 H Horn 4 S Strobe 5 Z o n e 1 C o n t r o l s R 1 R 2 R 3 H 4 S 5 Figure B 20 Zone Controls Configure Group 1 Sensor type enter 1 CO 2 NO2 3 Combustible 0 None Z 1 G r o u p 1 N O 2 S e n s o ...

Page 74: ...oint the zone output s is de activated If the average is between the two trip points the outputs remain in their previous state When the configuration is Voting the number of sensors in the Group indicating a value greater than or equal to the rising trip point is counted If the count is greater than or equal to the Quorum the minimum number of sensor votes in a Group needed then the zone output s...

Page 75: ...ignal Horn default 2 Intermittent Alarm Signal Strobe default 1 Continuous A l a r m S i g n a l s B u z z 2 I n t e r m i t Figure B 27 Buzzer Alarm Signal Warning Signals W a r n i n g S i g n a l s H o r n 5 O F F Figure B 28 Horn Warning Signal Warn Signal Buzzer default 5 Off Warn Signal Horn default 5 Off Warn Signal Strobe default 5 Off Trouble Signals T r o u b l e S i g n a l s B u z z 4 ...

Page 76: ...Under Detector type record gas type e g TX 6 ND CM 6 Note that CX 6 uses two addresses one for each gas type Modbus Address Detector Type Location Modbus Address Detector Type Location Modbus Address Detector Type Location 1 34 67 2 35 68 3 36 69 4 37 70 5 38 71 6 39 72 7 40 73 8 41 74 9 42 75 10 43 76 11 44 77 12 45 78 13 46 79 14 47 80 15 48 81 16 49 82 17 50 83 18 51 84 19 52 85 20 53 86 21 54 ...

Page 77: ...Macurco DVP 120C Manual REV 1 0 34 8708 4770 8 77 P a g e 11 Appendix D DVP 120 Quick Start Guide ...

Page 78: ...Macurco DVP 120C Manual REV 1 0 34 8708 4770 8 78 P a g e ...

Page 79: ...Macurco DVP 120C Manual REV 1 0 34 8708 4770 8 79 P a g e ...

Page 80: ...R PURPOSE ARE LIMITED TO A PERIOD OF TWO 2 YEARS FROM THE PURCHASE DATE Macurco shall not be liable for any incidental or consequential damages for breach of this or any other warranty express or implied arising out of or related to the use of said gas detector The manufacturer or its agent s liability shall be limited to replacement or repair as set forth above Buyer s sole and exclusive remedies...

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