2024年3月25日发(作者：蹉新柔)
Datasheet
OIC-2021 HMS 3.0 Server
With a marine background dating back to 1924 and a
worldwide experience in meteorological stations, it is clear
that Observatorsystems are widely used in offshore
applications. Meteorological measurements are critical for
daily operations in harsh conditions like this. Examples
include (un)loading at sea and crane and installation works,
which all depend on wind, but also approaching
thunderstorms that may affect general operations.
Taking crew members and other people to and from moving
or non-moving offshore objects is often done with the aid of
helicopters. Here too, meteorological information is of
critical importance. To this end, Observator has been
supplying its widely used Helideck Monitoring Systems
(HMS) for many years. These meet the most stringent
standards, such as those of the UK CAA CAP437,
Norwegian CAA BSL D 5-1 and the Brazilian DPC
Normam-27.
For this purpose Observator developed her completely new
HMS 3.0 line. Now that the hard-and software is available,
all users have the opportunity to update their systems on
time.
However, the HCA, which certifies helidecks worldwide,
tightens these standards when it comes to moving objects.
Especially when it comes to the parameter 'movement'.
Recently she published the HCA 9.x ‘Standard Helideck
Monitoring Systems’ which describes new algorithms,
calculations and new pages to be used. This guideline will
become mandatory as of 1 April 2021 for FPSO's, FSO's,
offshore installation vessels, mega yachts, offshore supply
vessels, diving support vessels etc., which are equipped
with a helideck.
General
The OIC-2021 is Observator’slatest HMS / MetOcean/
EMS Server, provided with dedicated software to meet the
HCA (Helideck certification agency) Standard Helideck
Monitoring System
Obviously the complete system fully complies with CAP437,
Normam-27 and BSL D 5-1 and others as well.
The unit comes in a 19” sub-rack of 3 HE only and
comprises an industrial PC and all required i/o, based on
Observator’sMeteoLinkconcept.
Integrated I/O
In previous standards of the HCA a traffic light was already
described which was mandatory on the software pages.
Within the last 9.x standard not only the algorithms have
changed how to control this, it has also become an
obligation to send these warnings to the helideck itself.
So-called helideck-repeater lights at four points on the deck
display the status. At this point the OIC-2021 is equipped
with 3 contact outputs which can control these lights as
follows:
Helideck StatusHMS HMS HMS Repeater Light Mode
output output output
HMS HMS HMS Repeater Light Mode
#1#2#3
000N/A
Helideck Status
output output output
#1#2#3
safe toland
MSI/WSI exceedance
safe toland
do notland
MSI/WSI exceedance
do notland
RWD withinlimits
Mitigationact considered
RWD withinlimits
Mitigation
act considered
act required
Mitigation
Mitigationact required
Backside of the OIC-2021, on the left sensor or MeteoLinkinputs, right
on this the Auxiliary ports and ports to dedicated displays and
contact outputs for the helideck repeater lights.
0
0
1
0
1
1
0
1
0
0
1
0
1
1
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
1
0
0
0
0
0
0
1
0
1
1
1
1
1
1
1
N/A
N/A
N/A
As helideck repeater lights the OrgaL430 can be used in
combination with the controller. The lights have an
integrated photocell to automatically control the required
dimming at twilight and at night. No separate photocell is
required. They also include failure monitoring so that the
control panel can show any errors that may occur.
The server is anindustrialDNV 2.4 compliant, IEC 60945
certified, head-lessPC withIntel® Core™ i5-7300U 2.6
GHz*/i5-6300U 2.4 GHz processor, Chipset: SoCintegrated;
System Memory 2 x DDR4-1866/2133 SO-DIMM,
4GB(32GB max); BIOS: AMI; Memory SSD 128GB.
The 2 swappable2.5” SAT drives are easy acceptableat the
front of theOIC-2021 whileremovingthecover plate. The
OIC-2021 usesa Linux operationsystem whiletheHMS 3.0
willcomeas pre-installedsoftware.
The OIC-2021 HMS 3.0 Server further contains two
accurate high accurate barometric pressure sensors which
can be accessed by the same cover plate, for calibration
purposes. A common air-pressure inlet (conform CAP-
regulations) is available on the back side as well. The
barometric pressure sensors are specified as follows:
•Range: 750..1.150 hPa
•Accuracy: 0,2 hPa(typical 0,1 hPa)
•Drift: max 0,1 hPa/year
•Temp.: -40°C..+85°C (fully compensated over the
temperature range)
•Number of sensors: 2
HMS CIP Modbuscontrol module,
suitableforDIN rail installation
HMS repeaterlight L430,
suitableforsafe area
HMS repeaterlight L430,
suitableforsafe area
Power 24VDC 500W (max)
forDIN rail installation
I/ONMEA input(6 ports)
Rain (pulse) input
LAN(UTP) (2)
NMEA output (2 ports)
Helideck Lights (HCA 9.x) output
HDMI (service only)
USB 2.0(2 ports)
Baroport for poly flow 6/4mm
IP ratingIP2x according to IEC EN 60529
IndicationGreen Power led in front
ButtonsATX power button (back)
Service button (back)
Fuses10 A slow for external sensors (accessible on the back)
5 A slow internal (service only)
Housing19” rack mount
Height: 3U
Weight: approx. 12 kg
EnvironmentIndoor use only
Operating Temperature: -25 .. 55 degC
Humidity: 5-95% RH non condensing
CertificatesEN IEC 61162-1:2016
EN IEC 60945
EN IEC 60297-100:2009
Specifications
control module, suitable
HMS CIP Modbus
Integrated I/O
The OIC-2021 is provided with a fully wired MeteoLink
Smart node with NMEA extension PCB resulting in: 6 NMEA
(or MeteoLink) inputs MeteoLinkis an Observator concept
enabling sensors to be linked through to each other,
creating one industrial standard for all parameters
(M at their right locations. Within a standard HMS system a wind sensor (or two) will be connected to a temperature humidity probe OIC-406 resulting in the first link to the main unit. Observator’smost common wind sensors are: Integrated I/O (II) The third sensor/NMEA port will standard be used for one of the most critical parameters of HMS 3.0, and is reserved for a Motion Reference Unit. Our R&D department has chosen to use the MRU3000 which fully comply with required specifications. MRU3000 Motion Reference Unit A fourth sensor/NMEA port will commonly be used to offer vessels position, speed and direction by means of on board installed GPS/Gyro. This leaves at least two non-used and available NMEA inputs. Other I/O: OMC-118 ultrasonic anemometer OMC-160 cupand vane type wind sensor •2 NMEA outputs (e.g. to connect OMC-140 Display units) •Variety of aux ports •Pulse input (rain sensor) •Ethernet •Server/service ports USB connectors •3 helideck status outputs to be used for Helideck repeaters The above may be used to add non-mandatory sensors to OMC-116m ultrasonic anemometer OIC-406 temperature humidity node the HMS server as well. As example Observator can implement these underneath sensors to her system. Please note that in case wave is measured on board it is mandatory conform CAP437 to offer the data to the used HMS. A second MeteoLinkis often created for the parameters visibility, present weather and cloud base/coverage. Since these sensors are often installed close to each other, Observator offers a field combiner with one common serial output which takes care of the power supply as well. Radac WaveGuide direction MirosSM-140 wave radar VPF-730 visibility / present weather sensor CBME-80 cloud ceilometer BTD-350 thunderstorm detector The pre-installedHMS 3.0 software Pre-landing page Within Observator’sHMS 3.0 software this will probably be the most used screen: the pre-landing page, mandatary conform HCA. The name of the vessel or installation should be mentioned on this page, as well as the helideck category. These are obviously pre-set by Observator while the user may select incoming helicopter type and category and day/night by means of this page all meteorological parameters are available as per CAP and BSL requirements, motion is given as per latest HCA recommendations while the relation between MSI and WSI is given in the graph. On-deck page While landing the helicopter the operator enters the heading (reported by the pilot, relative magnetic North). The on-deck page will appear automatically given the Relative Wind Direction (RWD). Stoplight algorithm will change as well, in stead of MSI/WSI relation the stoplight is controlled by the wind direction relative to the helicopter in combination with wind meteorological parameters required for a safe take off will still be available. Parameter (EMS/MetOcean) pages As standard or as option all measured parameters, or group of parameters, have their own specific pages with clear trend graphs. A selection can be made to show combined trends or single parameters while a date/time selection can be made to act as play-back function. On thelefttheoptional availablelightningpage. Welcome to the world of Observator Since 1924 Observatorhas evolved to be a trend-setting developer and supplier in a wide variety of industries. Originating from the Netherlands, Observatorhas grown into an internationally oriented company with a worldwide distribution network and offices in Australia, Germany, the Netherlands, Singapore and the United Kingdom.
2024年3月25日发(作者：蹉新柔)
Datasheet
OIC-2021 HMS 3.0 Server
With a marine background dating back to 1924 and a
worldwide experience in meteorological stations, it is clear
that Observatorsystems are widely used in offshore
applications. Meteorological measurements are critical for
daily operations in harsh conditions like this. Examples
include (un)loading at sea and crane and installation works,
which all depend on wind, but also approaching
thunderstorms that may affect general operations.
Taking crew members and other people to and from moving
or non-moving offshore objects is often done with the aid of
helicopters. Here too, meteorological information is of
critical importance. To this end, Observator has been
supplying its widely used Helideck Monitoring Systems
(HMS) for many years. These meet the most stringent
standards, such as those of the UK CAA CAP437,
Norwegian CAA BSL D 5-1 and the Brazilian DPC
Normam-27.
For this purpose Observator developed her completely new
HMS 3.0 line. Now that the hard-and software is available,
all users have the opportunity to update their systems on
time.
However, the HCA, which certifies helidecks worldwide,
tightens these standards when it comes to moving objects.
Especially when it comes to the parameter 'movement'.
Recently she published the HCA 9.x ‘Standard Helideck
Monitoring Systems’ which describes new algorithms,
calculations and new pages to be used. This guideline will
become mandatory as of 1 April 2021 for FPSO's, FSO's,
offshore installation vessels, mega yachts, offshore supply
vessels, diving support vessels etc., which are equipped
with a helideck.
General
The OIC-2021 is Observator’slatest HMS / MetOcean/
EMS Server, provided with dedicated software to meet the
HCA (Helideck certification agency) Standard Helideck
Monitoring System
Obviously the complete system fully complies with CAP437,
Normam-27 and BSL D 5-1 and others as well.
The unit comes in a 19” sub-rack of 3 HE only and
comprises an industrial PC and all required i/o, based on
Observator’sMeteoLinkconcept.
Integrated I/O
In previous standards of the HCA a traffic light was already
described which was mandatory on the software pages.
Within the last 9.x standard not only the algorithms have
changed how to control this, it has also become an
obligation to send these warnings to the helideck itself.
So-called helideck-repeater lights at four points on the deck
display the status. At this point the OIC-2021 is equipped
with 3 contact outputs which can control these lights as
follows:
Helideck StatusHMS HMS HMS Repeater Light Mode
output output output
HMS HMS HMS Repeater Light Mode
#1#2#3
000N/A
Helideck Status
output output output
#1#2#3
safe toland
MSI/WSI exceedance
safe toland
do notland
MSI/WSI exceedance
do notland
RWD withinlimits
Mitigationact considered
RWD withinlimits
Mitigation
act considered
act required
Mitigation
Mitigationact required
Backside of the OIC-2021, on the left sensor or MeteoLinkinputs, right
on this the Auxiliary ports and ports to dedicated displays and
contact outputs for the helideck repeater lights.
0
0
1
0
1
1
0
1
0
0
1
0
1
1
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
1
0
0
0
0
0
0
1
0
1
1
1
1
1
1
1
N/A
N/A
N/A
As helideck repeater lights the OrgaL430 can be used in
combination with the controller. The lights have an
integrated photocell to automatically control the required
dimming at twilight and at night. No separate photocell is
required. They also include failure monitoring so that the
control panel can show any errors that may occur.
The server is anindustrialDNV 2.4 compliant, IEC 60945
certified, head-lessPC withIntel® Core™ i5-7300U 2.6
GHz*/i5-6300U 2.4 GHz processor, Chipset: SoCintegrated;
System Memory 2 x DDR4-1866/2133 SO-DIMM,
4GB(32GB max); BIOS: AMI; Memory SSD 128GB.
The 2 swappable2.5” SAT drives are easy acceptableat the
front of theOIC-2021 whileremovingthecover plate. The
OIC-2021 usesa Linux operationsystem whiletheHMS 3.0
willcomeas pre-installedsoftware.
The OIC-2021 HMS 3.0 Server further contains two
accurate high accurate barometric pressure sensors which
can be accessed by the same cover plate, for calibration
purposes. A common air-pressure inlet (conform CAP-
regulations) is available on the back side as well. The
barometric pressure sensors are specified as follows:
•Range: 750..1.150 hPa
•Accuracy: 0,2 hPa(typical 0,1 hPa)
•Drift: max 0,1 hPa/year
•Temp.: -40°C..+85°C (fully compensated over the
temperature range)
•Number of sensors: 2
HMS CIP Modbuscontrol module,
suitableforDIN rail installation
HMS repeaterlight L430,
suitableforsafe area
HMS repeaterlight L430,
suitableforsafe area
Power 24VDC 500W (max)
forDIN rail installation
I/ONMEA input(6 ports)
Rain (pulse) input
LAN(UTP) (2)
NMEA output (2 ports)
Helideck Lights (HCA 9.x) output
HDMI (service only)
USB 2.0(2 ports)
Baroport for poly flow 6/4mm
IP ratingIP2x according to IEC EN 60529
IndicationGreen Power led in front
ButtonsATX power button (back)
Service button (back)
Fuses10 A slow for external sensors (accessible on the back)
5 A slow internal (service only)
Housing19” rack mount
Height: 3U
Weight: approx. 12 kg
EnvironmentIndoor use only
Operating Temperature: -25 .. 55 degC
Humidity: 5-95% RH non condensing
CertificatesEN IEC 61162-1:2016
EN IEC 60945
EN IEC 60297-100:2009
Specifications
control module, suitable
HMS CIP Modbus
Integrated I/O
The OIC-2021 is provided with a fully wired MeteoLink
Smart node with NMEA extension PCB resulting in: 6 NMEA
(or MeteoLink) inputs MeteoLinkis an Observator concept
enabling sensors to be linked through to each other,
creating one industrial standard for all parameters
(M at their right locations. Within a standard HMS system a wind sensor (or two) will be connected to a temperature humidity probe OIC-406 resulting in the first link to the main unit. Observator’smost common wind sensors are: Integrated I/O (II) The third sensor/NMEA port will standard be used for one of the most critical parameters of HMS 3.0, and is reserved for a Motion Reference Unit. Our R&D department has chosen to use the MRU3000 which fully comply with required specifications. MRU3000 Motion Reference Unit A fourth sensor/NMEA port will commonly be used to offer vessels position, speed and direction by means of on board installed GPS/Gyro. This leaves at least two non-used and available NMEA inputs. Other I/O: OMC-118 ultrasonic anemometer OMC-160 cupand vane type wind sensor •2 NMEA outputs (e.g. to connect OMC-140 Display units) •Variety of aux ports •Pulse input (rain sensor) •Ethernet •Server/service ports USB connectors •3 helideck status outputs to be used for Helideck repeaters The above may be used to add non-mandatory sensors to OMC-116m ultrasonic anemometer OIC-406 temperature humidity node the HMS server as well. As example Observator can implement these underneath sensors to her system. Please note that in case wave is measured on board it is mandatory conform CAP437 to offer the data to the used HMS. A second MeteoLinkis often created for the parameters visibility, present weather and cloud base/coverage. Since these sensors are often installed close to each other, Observator offers a field combiner with one common serial output which takes care of the power supply as well. Radac WaveGuide direction MirosSM-140 wave radar VPF-730 visibility / present weather sensor CBME-80 cloud ceilometer BTD-350 thunderstorm detector The pre-installedHMS 3.0 software Pre-landing page Within Observator’sHMS 3.0 software this will probably be the most used screen: the pre-landing page, mandatary conform HCA. The name of the vessel or installation should be mentioned on this page, as well as the helideck category. These are obviously pre-set by Observator while the user may select incoming helicopter type and category and day/night by means of this page all meteorological parameters are available as per CAP and BSL requirements, motion is given as per latest HCA recommendations while the relation between MSI and WSI is given in the graph. On-deck page While landing the helicopter the operator enters the heading (reported by the pilot, relative magnetic North). The on-deck page will appear automatically given the Relative Wind Direction (RWD). Stoplight algorithm will change as well, in stead of MSI/WSI relation the stoplight is controlled by the wind direction relative to the helicopter in combination with wind meteorological parameters required for a safe take off will still be available. Parameter (EMS/MetOcean) pages As standard or as option all measured parameters, or group of parameters, have their own specific pages with clear trend graphs. A selection can be made to show combined trends or single parameters while a date/time selection can be made to act as play-back function. On thelefttheoptional availablelightningpage. Welcome to the world of Observator Since 1924 Observatorhas evolved to be a trend-setting developer and supplier in a wide variety of industries. Originating from the Netherlands, Observatorhas grown into an internationally oriented company with a worldwide distribution network and offices in Australia, Germany, the Netherlands, Singapore and the United Kingdom.