Macurco DVP-120B User Instructions Download Page 44 | Manualshive

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5.3.2

Serial RS-485 to Ethernet (TCP/IP)

There are converters available to take the RS-485 BACnet output on the Macurco DVP-120B Control panel to an Ethernet TCP/IP

connection. Follow the wiring diagram for your specific Serial RS-485 to Ethernet converter.

5.4

BACnet software

There are a number of software applications available to read the BACnet output of the Macurco DVP-120B Control panel. For more

information on these please contact Macurco Support at 1-844-325-3050 or

[email protected]

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Summary of Contents for DVP-120B

Page 1: ...Macurco DVP 120B Detection and Ventilation Control Panel User Instructions IMPORTANT Keep these User Instructions for reference ...

Page 2: ... Key 19 4 1 6 Normal Status Display 20 4 1 7 ALARM Status Display 20 4 1 8 Warning Status Display 21 4 1 9 Trouble Status Display 21 4 2 Ventilation Control 22 4 2 1 Zone Signal Display 22 4 3 Setting the System Configuration 23 4 3 1 System Menu 23 4 3 2 Configure System Submenu 24 4 3 3 Configure Sensors Submenu 29 4 3 4 Configure Relays Horn Strobe Submenu 31 4 3 5 Configure Horn Submenu 32 4 3...

Page 3: ... A Quick Setup 50 8 1 Configure System Submenu 52 8 2 Configure Sensors Submenu 54 8 2 1 See section 4 1 Initial Operating Mode for more detail 54 8 2 2 See section 4 1 2 User Interface for more detail 54 8 2 3 See section 4 3 Setting the System Configuration for more detail 54 8 2 4 See section 4 3 3 Configure Sensors Submenu for more detail 54 8 3 Configure Relays Horn Strobe Submenu 55 8 3 1 Se...

Page 4: ...technicians Only qualified technicians should open the DVP 120B case and service the internal circuits Ensure power is removed from the DVP 120B prior to servicing the unit Immediately exit any environment that causes an alarm condition on the sensor Failure to do so may result in serious injury or death Each time the unit is turned on it performs a self test which activates the audible and visual...

Page 5: ...tor interface as well as main power connection for the DVP 120B the fan control and alarm connections from the DVP 120B to the building ventilation and automation systems The RS 485 serial interface is from the DVP 120B to the remote detectors Power to these detectors is provided by an external 24VDC low voltage power supply See section 3 4 Remote Sensor Connection for more information regarding r...

Page 6: ...for external Horn and Strobe ETL Listed to UL 508A CAN CSA C22 2 No 14 13 BTL Listed 2 5 Specifications Size 10 5 x 12 5 x 2 267 mm x 318 mm x 51 mm Weight 6 lb 2 9 kg Enclosure NEMA 1 Type Operating Temperature 32 to 104 F 0 to 40 C Operating Humidity 0 to 95 RH non condensing Power Input 90 250 VAC 1 Amp 47 63 Hz single phase Relay Rating 3 SPDT 120 240 VAC 10 A resistive LCD Display 2 rows of 1...

Page 7: ...ith Macurco transducers and each unit will measure the level of the target gas i e CO NO2 EX etc and provide this information to the DVP 120 over a 4 20mA current loop The transducers operate on low voltage 24VDC All power and signal connections for the transducers are provided from the DVP 120 control panel via unshielded four conductor cable For DVP 120B Modbus applications use shielded 3 conduc...

Page 8: ... sensor cables the sensor connections should be made with two twisted pairs of the appropriate gauge with an overall foil and braid shield All shields should be terminated at the DVP 120 end of the cable only A ground stud is provided near the bottom left corner of the panel 3 2 2 DVP 120B The power connections to the MRS 485 and remote mounted sensors and should be size AWG18 minimum for short ru...

Page 9: ...into the wire cavity of the modular connector and tighten the screw clamp Ensure that the wire cannot be easily pulled from the connector Plug the modular connector into AC on the PCB and ensure that it latches into the header properly Signal Connector Pin Number Line 120 220 240 250 VAC AC 3 Neutral AC 1 Ground Ground Stud n a Table 3 1 Main Power Connections Figure 3 3 System Wiring Diagram 3 4 ...

Page 10: ...on The terminals will accept wire from 16 to 28 AWG To install a wire strip back approximately 0 25 in 6 mm of insulation and insert the bare wire into the terminal Tighten the screw clamp and ensure that the wire cannot be easily pulled from the connector Connector to sensor C1 through C12 correspondence to all 12 input channels Wire gauge Maximum Run Length feet meters 18 500 152 16 800 244 14 1...

Page 11: ...uctor wire with one twisted pair providing a pair for signal A B common COM and shield ground SHD connections Figure 3 6 MRS 485 wiring 3 4 2 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 Terminatio...

Page 12: ...re selection for a 60W power supply 3 4 2 6 Relay Connection All poles of the three relays are available at the modular connector R1 R2 R3 see Figure 2 for details R1 R2 R3 is a 9 position variant of the high voltage modular connector used for power input Each terminal can accommodate a wire size from 12 to 24 AWG Figure 3 7 Relay Connector To install the wiring for the relays disconnect the conne...

Page 13: ... Horn Strobe functions WARNING Immediately exit any environment that causes an alarm condition on the sensor Failure to do so may result in serious injury or death 3 5 Interfacing Macurco Sensors 3 5 1 DVP 120 Macurco sensors with current loop outputs may be used with the DVP 120 See http www macurco com for information on compatible Macurco gas transducers See specific information on other manufa...

Page 14: ...four terminal screw type connector The MRS 485 adapter is wired in the standard 2W Modbus circuit definition with selectable built in terminating resistors at the ends of the RS 485 bus The power for the MRS 485 adapter is connected via a two terminal screw type connector 12 to 24 VAC or 12 to 24 VDC and no polarity Note Running the Modbus cable adjacent to or in the same conduit with high voltage...

Page 15: ...f 19200 and with cables longer than 1 000 ft termination resistors are recommended It is recommended to use an RS 485 type of cable and 120 ohms for termination resistor An RS 485 network requires a 3 wire cable a twisted pair and a third wire It is difficult to tell whether shielding is required or not in a particular system until problems arise so it is recommended to always use shielded cable W...

Page 16: ...16 Figure 3 12 At 19200 baud rate default 1000 ft or less and using RS 485 or Cat 5 type cable Figure 3 13 At 19200 baud rate default more than 1000 ft and using RS 485 type cable ...

Page 17: ...65 1 7 66 2 7 67 1 2 7 68 3 7 69 1 3 7 70 2 3 7 71 1 2 3 7 72 4 7 73 1 4 7 74 2 4 7 75 1 2 4 7 76 3 4 7 77 1 3 4 7 78 2 3 4 7 79 1 3 4 7 80 5 7 83 1 2 5 7 84 3 5 7 85 1 3 5 7 86 2 3 5 7 87 1 2 3 5 7 88 4 5 7 89 1 4 5 7 90 2 4 5 7 91 1 2 4 5 7 92 3 4 5 7 93 1 3 4 5 7 94 2 3 4 5 7 95 1 2 3 4 5 7 96 6 7 97 1 6 7 98 2 6 7 99 1 2 6 7 3 5 2 6 Normal MRS 485 Operation The MRS 485 will monitor the 4 20 mA...

Page 18: ...t 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 V e r 1 0 7 W a r m u p 2 3 0 Figure 4 2 Warm Up display During the warm up period the keypad will be locked When the warm up period ends the LCD will start showing the norma...

Page 19: ...elays When the left or right key is used to scroll to another relay the display will remove the underlining under the sensor number and underline the relay number this indicates that the digit keys can be used to jump directly to a particular relay s status When the up or down key is again used the display will switch back to the digit keys jumping to a particular sensor 4 1 4 MENU Key The MENU ke...

Page 20: ... only one digit is needed to select a relay the system does it immediately rather than prompting to show the relay If the sensor is indicating a gas level that is greater than the alarm or warning levels the gas reading will alternate with the words ALARM or WARNING as appropriate If a sensor fails a connection is lost or the panel itself detects a failure of its own the panel will enter TROUBLE m...

Page 21: ...l If the buzzer and or an external horn and or external strobe are connected 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 3 5 Configure Horn Submenu 4 3 6 Configure Strobe Submenu and 4 3 4 Configure Relays Horn Strobe When the HUSH key is pressed the internal buzz...

Page 22: ...re of the sensors with configurable turn on and turn off concentrations rising 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 zon...

Page 23: ...continue in the background with the previously set configuration values In particular if an alarm condition is detected the alarm lamp the buzzer the horn and the strobe will operate as configured but the LCD will not display the detailed information The HUSH key can be used to silence any alarm warning or trouble indicators without having to exit the configuration mode If the MENU key is used to ...

Page 24: ...re 4 16 BACnet baud rate 4 3 2 Configure System Submenu The system configuration submenu provides entries to Set the time of day 24 hour format Set the day of the week day 1 is Monday Load Default Configuration Change Password Configure Sensor Type 4 3 2 1 Set Time of Day T i m e 2 2 5 5 D a y T u e s d a y Figure 4 17 Set Time of Day This display example shows that the time is 22 55 10 55 PM The ...

Page 25: ... g u r a t i o n Figure 4 21 Load Default Configuration When the number one 1 digit is pressed the panel will prompt for the password even if it has been entered previously If the password is entered correctly the panel will overwrite the existing configuration with the default configuration This operation is intended to restore the panel to a known basic condition if it is removed from one instal...

Page 26: ...s w o r d Figure 3 23 Change Password When the first digit is entered to change the password the panel will prompt for the existing password to be entered if it hasn t already been entered see section 4 3 2 6 Enter Password for more detail Once the current password has been entered the panel will prompt for the new password 4 3 2 5 Configure sensor Type Sensor Registration Sensor registration is c...

Page 27: ...ide is one of the 8 Macurco sensor types already defined Type 01 Tag CO Figure 4 23 4 Sensor Tag Tag is a 3 character parameter and is used to identify the sensor type i e CO EX Type 01 CO Units ppm Figure 4 23 5 Sensor Units Units is a 4 character parameter and indicates the engineering units i e ppm LEL Type 01 CO Depletion 0 No Figure 4 23 6 Depletion Type Depletion is 1 when the sensor is a de...

Page 28: ... warning range Type 01 CO Rise 35 ppm Figure 4 23 12 Rising Trip Point Rise is the default rising level used in Zone configuration Type 01 CO Fall 15 ppm Figure 4 23 13 Falling Trip Point Fall is the default falling level used in Zone configuration For the custom sensor types default parameters are set to display the current measured above 4 mA So if the current is 4 mA it displays 0 00 mA And whe...

Page 29: ...r and install back onto the two bottom pins of the EXT header WARNING Use only for monitoring the gases which the sensors and equipment are designed to monitor Failure 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 Instructions or call Macurco Technical Service at 1 844 325 3050 4 3 3 Configure Sensors Submenu Th...

Page 30: ...type is changed the alarm level warning level and range will be set to the default for the sensor type The following three parameters are not accessible until a sensor type of 1 2 or 3 is selected 4 3 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 3 29 Sensor Alarm Level The default alarm levels for the sensors are Description Carbon Monoxide Nitrogen Dioxide Combustible Gas ...

Page 31: ... O f f D e l a y O n M i n O n Figure 4 30 Relay Summary This display example shows that Relay 1 is configured to operate Normally Off with a turn on delay and a minimum on time Notice that the relay number 1 in this example 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 ...

Page 32: ...e and the maximum allowed value is fifteen minutes 4 3 5 Configure Horn Submenu The configuration parameters for the horn are similar to those for relays A horn would not normally require a minimum on time but this parameter allows a more versatile configuration 4 3 5 1 Horn Summary H o r n 4 D e l a y O n Figure 4 34 Horn Summary This display example shows that the horn has been configured to ope...

Page 33: ... Strobe S t r o b e M i n O n m m s s 0 0 0 0 Figure 4 39 Strobe Minimum on Time The default minimum on time is zero and the maximum allowed value is fifteen minutes 4 3 7 Configure Zones Submenu The DVP 120 ventilation control can support up to three zones The zone functionality makes the DVP 120 very flexible For example each zone can be configured to monitor a separate set of four sensors and c...

Page 34: ...output Quorum Number of sensors need to vote 1 any sensor The digit controls are 1 Relay 1 added removed from the zone s control 2 Relay 2 added removed from the zone s control 3 Relay 3 added removed from the zone s control 4 Horn added removed from the zone s control 5 Strobe added removed from the zone s control When controlled by a zone the default horn pattern is the Triple Tap pattern see 3 ...

Page 35: ... turn the outputs on if the gas concentration indicated by that type of sensor is at or above the Rising Trip Point and turns the outputs off if the concentration is less than or equal to the Falling Trip Point 4 3 7 3 Timed Day Selection Z 1 G r o u p 1 T i m e d D a y s 1 W E e k d a y s Figure 4 42 Timed Day Selection Valid entries are 1 1 Weekdays Monday thru Friday default 2 2 Weekends Saturd...

Page 36: ...g type or an invalid sensor channel number is entered the request will not be completed 4 3 7 7 Rising Trip Point Z 1 G r o u p 1 N O 2 R i s i n g 2 5 p p m Figure 4 47 Rising Trip Point Entry The default rising trip points are Description Carbon Monoxide Nitrogen Dioxide Combustible Gas Ammonia Hydrogen Sulfide Refrigerants Carbon Dioxide Oxygen Type CO NO2 EX NH3 H2S REF CO2 O2 Rising Level 35p...

Page 37: ... Multiple Sensor Quorum Z 1 G r o u p 1 N O 2 Q u o r u m _ 2 Figure 4 50 Quorum Entry It is up to the installer to ensure that the quorum entry is appropriate for the configuration Valid entries are one to twelve but a value greater than the number of sensors being monitored by the group stops the group from controlling the outputs The default quorum value is 1 4 3 8 Configure Signals Submenu The...

Page 38: ...play example shows that the strobe will signal an alarm condition with a continuous signal The signal definitions are 1 Continuous default 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 4 3 8 5 Warning Signal Summary The warning signals are in response to one or ...

Page 39: ... the strobe will not signal a warning condition The signal definitions 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 3 8 9 Trouble Signal Summary The trouble signals are in response to one or more sensor faults either as a defined curr...

Page 40: ... 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 3 8 12 Trouble 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 62 Strobe Trouble Signal This display example shows that the strobe will not signal a trouble condition The strobe signal definitions are 1 Continu...

Page 41: ... 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 If the panel stops making Modbus request to the detectors for a specified timeout period of 3 seconds then a timeout event is triggered and all gas reading is...

Page 42: ... entire BACnet network The value must be between 0 and 4194302 Max Master defines the highest allowable address 0 to 127 for MS TP master nodes on the network Any address higher than this will not receive the token from the device This value must be greater than or equal to device address Set this field to 127 if the highest address on the network is unknown Reload button Will load the current set...

Page 43: ... this example we will use a USB to RS 485 Serial Converter Cable 5 3 1 Serial RS 485 to USB Wiring Most converter cables are going to come with more wires than what is needed by the Macurco DVP 120B BACnet output The extra wires do not have a termination point and should be secured and protected from shorting using tape or heat shrink Connect the required Data A Data B and Common Ground and shield...

Page 44: ...an Ethernet TCP IP connection Follow the wiring diagram for your specific Serial RS 485 to Ethernet converter 5 4 BACnet software There are a number of software applications available to read the BACnet output of the Macurco DVP 120B Control panel For more information on these please contact Macurco Support at 1 844 325 3050 or support macurco com ...

Page 45: ...g Sensor Type If all channels are configured properly another source a trouble condition could be the type of sensor attached to an input channel Macurco Toxic sensors can indicate high gas concentrations with signals of up to 24 mA in the current loop However a combustible sensor can indicate a trouble condition with a 21 mA signal Therefore a toxic sensor connected to channel which is configured...

Page 46: ...ion 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 internal fuse of the DVP 120 should be investigated The DVP 120 is protected from over current and transient situations by the fuse at F3 After removing power from ...

Page 47: ...id GREEN the operation is normal the MRS 485 knows the detector type no errors are detected and no MODBUS data are being received or transmitted over the RS 485 line 2 When the LED is GREEN with random bursts of AMBER the operation is normal and now data are being received or transmitted over the RS 485 line The AMBER LED will come on anytime that there is data traffic 6 8 2 Unknown Sensor Code GR...

Page 48: ...conds indicates that saving new settings failed GREEN OFF Alternating every 200 milliseconds indicates that saving new settings passed RED OFF Alternating every 500 milliseconds indicates that selected MODBUS address is not an accepted value ...

Page 49: ...nitial Operating Mode 7 1 2 DVP Functionality Test Note This test will energize the devices connected with Relays Horn and Strobe 1 Turn off the DVP 120 or DVP 120B 2 For DVP 120 move the jumper from bottom two pins of EXT connector to pins 1 and 2 of EXT connector For DVP 120B move the jumper in J10 to left two pins of J10 3 Turn on the DVP 120 or DVP 120B Self test is performed when the panel is...

Page 50: ...int 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 o Power down the unit Remove the Jumper Shorting Connector from the EXT header and place it on the top two pins of the SYS header o Power up the DVP 120 The first display is ...

Page 51: ...m 5 000ppm 25 v v Alarm Level 200ppm 5ppm 20 LEL 75ppm 20ppm 300ppm 4 000ppm 19 5 v v Warning Level 100ppm 3ppm 15 LEL 50ppm 14ppm 200ppm 1 500ppm 20 0 v v Rising Level 35ppm 2 5ppm 10 LEL 25ppm 8ppm 100ppm 1 000ppm 20 3 v v Falling Level 15ppm 1 2ppm 5 LEL 10ppm 3ppm 50ppm 800ppm 20 6 v v Typical coverage for CO CO2 and NO2 sensors is 5 000 sq ft 464 5 sq m 900 sq ft 83 6 sq m for combustibles an...

Page 52: ...y 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 the particular submenu and scroll through the items of the same type where appropriate e g enter the Configure Sensors submenu and scroll t...

Page 53: ...u l t C o n f I g u r a t i o n Figure A 7 Load Default Configuration When the one 1 numeral is pressed the panel will prompt for the password even if it has been entered previously If the password is entered correctly the panel will overwrite the existing configuration with the default configuration This operation is intended to restore the panel to a known basic condition if it is removed from o...

Page 54: ... 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 8 2 Configure Sensors Submenu 8 2 1 See section 4 1 Initial Operating Mode for more detail 8 2 2 See section 4 1 2 User Interface for more detail 8 2 3 See section 4 3 Setting the System Configuration for more detail 8 2 4 See s...

Page 55: ...p p m Figure A 16 Sensor Range Next Sensor complete for all sensor channels 8 3 Configure Relays Horn Strobe Submenu 8 3 1 See section 4 3 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 A 17 Relay Summary Default Normally Off R e l a y 1 N o r m O f f M o d e 2 Figur...

Page 56: ...e above trip point to activate the output 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 A 21 Zone Controls Configure Group 1 Sensor type enter 1 CO 2 NO2 3 Combustible 0 N...

Page 57: ...Configure Group 2 repeat for up to three groups When multiple sensors are being monitored as a Group the DVP 120 output can be based on either sensor Voting default or the Average of all sensor readings in the Group When the configuration is Average the gas concentrations from all sensors in the Group are averaged If the average is greater than or equal to the rising trip point the zone outputs ar...

Page 58: ...ion 4 3 8 Configure Signals Submenu for more detail Press Menu to display Hardware Summary x5 Configure Signals Alarm Signals 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 A 27 Alarm Signals Alarm Signal Buzzer default 2 Intermittent Alarm Signal 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 A 28 Buzzer Al...

Page 59: ..._________________________ Serial Number _____________________________________ Installed by ________________________________________ Detectors Sensors Under Detector type record gas type e g TX 6 ND OX 12 Note that CX 6 uses two addresses one for each gas type Channel Address Detector Type Location C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 Relay connection Connected device Zone Configured Delay Runtim...

Page 60: ... g TX 6 ND OX 12 Note that CX 6 uses two addresses one for each gas type Modbus Address Detector Type Location Wireless Password Modbus Address Detector Type Location Wireless Password Modbus Address Detector Type Location Wireless Password 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 ...

Page 61: ...61 11 Appendix D DVP 120 Quick Start Guide ...

Page 62: ...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 are the return of the go...

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