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The X-VSAT-antenna needed for the critical business communication onboard a vessel should be up and running as much as possible. A yearly inspection of the system is favorable to preventive detect any possible failure of the antenna. Do you need an annual service or fault correction on your #Maritime#VSAT? Contact us now
info@electromarinaservice.gr
Με κεραίες KNS VSAT σε MK2 & MK3 KU-KA τώρα έχετε πρόσβαση και στο ιντερνέτ σε μεγάλες ταχύτητες και οικονομικότερα πακέτα !!!!
Άμεση παράδοση ,άμεση εξυπηρέτηση ,αξιόπιστο και εξουσιοδοτημένο παροχής service.
email: info@electromarinaservice.gr
Mob. 0030 6944813947
https://www.electromarinaservice.gr/index.php/kns.html
http://www.electromarinaservice.gr
Maritime VSAT antennas are parabolic dish antennas which are stabilized so that they can accurately track a satellite while the ship where it installed on is in motion.
Antenna sizes for maritime VSAT usually start at 60cm and can go up to 3m in diameter. Satmarin has a complete portfolio of antenna models from world renowned manufacturers as Cobham/Sailor, Intellian and KNS, and will advise you on which configuration is adequate for your requirements and possibilities.
Antenna Size & Coverage
Especially at sea you will need to stay within a satellite beam’s coverage to continue to be connected. The larger your antenna the wider the coverage area will be for a single beam as you will be able to use it of the edge of the satellite beam. Moreover, a larger dish will allow to continue datacommunication during heavy rain or snow, when smaller models do no longer receive sufficient strength.
Larger antennas cost less in airtime. When you have a larger antenna the satellite provider will technically need to use less power to send data your way than it would be required if you were using a smaller (60-75cm) antenna. The standard reflector diameter used in commercial maritime environments is 100cm .
Some Satellite Internet Service Providers have sized their networks for 100cm and larger antennas, so you might not be able to use their networks due to the antenna being too small.
Adjacent Satellite Interference
Smaller antennas have a wider beamwidth (not to be confused with bandwidth) than larger antennas. When the satellite you are using is (relatively) near another satellite the smaller antenna might cause interference on the adjacent satellite and result in your antenna not being allowed onto the network.
Frequency Bands
Which solution to choose depends today from commercial and less from technical factors, as no matter what frequency band used – current technologies supply internet services at acceptable quality.
Commercially it is fact that hardware for C-Band is significantly more expensive while its capacity is cheaper. So customers with large bandwith requirements and enough room to install a larger terminal preferably choose this technology.
Ku-Band on the other hand operates with smaller antennas (60-120cm) and less expensive equipment, however the capacity price is higher than C-Band.
Ka-band provides increased spectrum compared to C-band and Ku-band, enabling greater volumes of traffic to be transmitted. Many industries are looking to Ka-band because the smaller end-user antennas (VSATs), increased mobility and higher bandwidths and speeds make the benefits of Ka-band satellite capacity an attractive offering. Ka-Band does however require better pointing accuracy and suffers more from rainfade attenuation.
While C-Band and Ku-Band satellites cover most of the world Ka-band spotbeams are still not yet covering all regions you might want to navigate to, so always check which technology is right for you
VSAT Ka Band Antennas
While the majority of Satellite data communication links still operate in Ku-Band there has been a growing adoption of Ka-Band satellites as well in the maritime world.
While the original concerns of rain fade and pointing accuracy did prevent the fast adoption of Ka-Band in maritime satellite communication it has now evolved and several Operators now offer Ka-Band VSAT service.
Ka-Band (27-40 GHz)
The two most prominent offerings are Inmarsat Fleet Xpress which includes Fleetbroadband backup to cover for the gaps in the global Ka-Band coverage, and Telenor Thor 7 service which covers Iceland to the Middle East and offers speeds up to 40Mbps down.
There are several Antenna Manufacturers offering antennas fit for either platforms. Models are availbale from Cobham Sailor, Intellian and KNS (expected).
KNS Z10MK4 – DUAL
Ku / Ka BAND COMMUNICATION
KNS Z10MK4 – DUAL
The Supertrack Z-Series is the perfect solution for high speed
broadband connectivity in any challenging sea condition. We
assure you stay connected wherever you are via on board
networks such as internet access, email, multiple VoIP phones,
video conference and many more.
KNS is your trusted partner in maritime satellite communication
with industry leading technology, state-of-art design in stabilize
platform and highly efficient RF design & performance
STANDARD FEATURES
ABOVE DECK
| Dish Diameter | 105cm (41in) |
|---|---|
| Antenna Dimension | 144cm(D) x 152cm(H) |
| Antenna Weight | 112 Kg |
| Radome Material | FRP |
| Frequency Ka Ku | Ku – band RX : 14.0 ~ 14.5 GHz TX : 10.7 ~ 12.75 GHz Ka – band RX : 29.5 ~ 30.0 GHz TX : 19.2 ~ 20.2 GHz |
| Antenna Gain Ka Ku | Ku – band RX : 41.12 dBi @ 14.25GHz TX : 40.02 dBi @ 11.85GHz Ka – band RX : 47.33 dBi @ 29.75GHz TX : 44.48 dBi @ 19.95 GHz |
| G/T | |
| Operating Platform | 3 – Axis |
| LNB | Single PLL LNB Selectable LO PLL LNB(optional) |
| BUC | Ku-band : 8W / Ka-band : 5W |
| Skew Control | Automatic |
| Elevation Angle | -20˚ to +110˚ |
| Azimuth Range | Unlimited |
| Cross Angle | ± 35˚ |
| Ship Motion | Roll : ±24˚ at 8-12 sec periods Pitch : ±14˚ at 6-12 sec periods Yaw : ±8˚ at 15-20 sec periods |
| Tracking Speed | More than 90˚/sec |
| Vibration Damper | Rubber Damper |
| Temperature | -20˚C to +55˚C |
| Humidity | Up to 100% @ 40˚C |
| Antenna Input Power | 48V DC, 4.18A |
BELOW DECK
| ACU Size | 19(in) Rack 1U size |
|---|---|
| Gyro Interface | NMEA 0183, Synchro, Step by Step |
| Input Power | 100~240V AC, 8A/4A, 50/60 Hz |
| Output Power | 48V DC, 4.18A |
| External I/O | RS-232C, RS-422, USB, Mini-USB, Ethernet, Console |
PACKING
| Size | 158 x 158 x 177 cm |
|---|---|
| Gross Weight | 224Kg |
| Packed by | Wooden Crate |
| Certification/ Qualification |
WARRANTY INFORMATION
WARRANTY
Starlink
Starlink Maritime
Starlink’s maritime service offers global coverage with up to 350 Mbps at sea.
It is the world’s largest satellite constellation with thousands of satellites in Low Earth Orbit (LEO), where the satellites rotate around the globe in a height of 500-600 Km. This enables delivery of high speed and low latency to users all over the globe.
The revolutionary satellites and ground-breaking antenna technology brings speed and bandwidth to sea, like never seen before.
If you are curios about what Starlink has to offer and would like to know more about possibilities, limitations, prices and terms, you are welcome to book a meeting with us right here:
Choosing the antenna is simple – there is only one!
There is currently only one antenna approved for mobile maritime use: “Starlink Flat High Performance”.
It comes with nearly all you need for a complete installation. All you need is a mount and place it with a clear view to the sky, connect it to the ship’s network and it’s online!
Supplied in cooperation with x-vsat
To ensure a professional, flexible and future-proof delivery and service, Seasat delivers Starlink hardware and service in cooperation with our close partner Anuvu. This partnership ensures that we can offer Starlink with the queslity in service, support and handling our customers expect.
What do you need to be aware of?
Even though the antenna and plans are simple, there are several things you should be aware of, when considering Starlink:
- Handling the data-usage.
All Starlink plans have a data-cap. If you use more data than allocated, the system will either close down or you will be billed for overage. It is important to have clear plan for how to monitor and manage and possibly limit traffic. - Handling multiple WAN sources.
We typically install Starlink on vessels that already have other forms of communication, such as VSAT and 4G. It is necessary to have equipment in place to handle these different inputs and preferably control them intelligently, so the combined connection is optimized. This is typically done by an SD-WAN solution. - Consider your need for backup or supplement connections.
Starlink offers no SLA or guarantees on performance, bandwidth, uptime, pricing or terms. It’s a take-it-or-leave-it solution and Starlink reserves the right to change everything with short or no notice.
This should be considered when vessels are increasingly more connected and ship optimization and business tools require an internet connection.
It means that a vessel’s Satcom/4G connection is becomming increasingly critical infrastructure. If this is the case, you should carefully consider your options for backup and supplements to a Starlink connection.
If you are still curious, you are welcome to book a meeting with us here:
19″ RACK
$ 369.00
19 inch rack, including a 19 inch plate for installing the VSAT Below Deck Equipment (BDE) in a clean way. The rack has a power connector door which assures less power cables as possible coming from the rack. Furthermore the rack has 2 fans included for keeping the rack and below deck equipment on the right temperature.
EVOLUTION® X7 SATELLITE MODEM
$ 2,680.00
Vessel operators—including commercial shipping, cruise, fishing, offshore and super yachts—rely on satellite to stay in touch with operations on land, increase work productivity and improve the quality of life for seafarers.
The Evolution X7 satellite modem of iDirect can be used for satellite internet via both KU- as KA-band.
Additionally the Evolution X7 satellite modem offers a 1.5 dB of extra gain of the satellite internet signal (compared to the X5 modem). For satellite internet via both the KA- as KU-band. This offers also a better signal quality when the wheather conditions are ‘less’. An alternative solution (for a better internet signal) is for instance a larger diameter for the VSAT-antenna, but they have much higher rates. The X7 modem offers a better internet signal for less money!
Next Generation, High Throughput Connectivity
The X7 is built on an entirely new multi-core hardware system and optimized to deliver best-in-class DVB-S2/ACM and Adaptive TDMA performance.
What makes the iDirect Evolution® X7 Satellite Modem special?
- Extremely tight integration of the hardware and software architecture with a dynamic feature set that makes it highly flexible.
- Enables everything from basic Internet and VoIP, to highly sophisticated application such as video conferencing and digital signage in fixed and mobile environments.
- Automatic Beam Selection (ABS): Global connectivity with no manual intervention across multiple satellite footprints.
- Global tracking: Monitor and manage each traveling remote, ensuring a consistent connection as it passes from network to network around the world.
- Spread Spectrum: Waveform technology supports very small antennas on aircraft, maritime and land-based vehicles.
- High-speed COTM: Features include fast beam-switching, skew angle support, Doppler compensation and fast reacquisition after blockage.
Features Evolution® X7 Satellite Modem
- Up to 100 Mbps of combined inbound and outbound throughput
- 1 RU high remote chassis fitting in standard telecom racks
- Licensable 2nd demodulator for multicast traffic
- Variant power supply module configurations
- Dual image support and Web iSite for ease of deployment and upgrades
- Communications-on-the-Move (COTM) support
- AES Encryption
- Integrated network switch
- Allows the use of more ‘heavy’ internet applications
Built on an entirely new multi-core hardware system, the X7 enables service providers to deliver the data rates needed for bandwidth-heavy business applications and multicast services like IP TV, distance learning, HD broadcast, digital signage and video. The X7 also features licensable SCPC Return* (Evolution only) and an 8-port embedded switch for managing multiple user groups. The rack-mountable remote comes with multiple choices of embedded power supply units and dual DVB-S2 demodulators with fully independent RF chains. This makes it uniquely suited for a range of enterprise voice and data services while simultaneously receiving multicast channels over the same or a second transponder or satellite – even combining spot-beam HTS capacity and Ku- and C-band capacity.
Specs Evolution® X7 Satellite Modem
| Configuration | ||
| Network Topology (Star) | Downstream DVB-S2 |
Upstream ATDMA |
| Modulation | QPSK, 8PSK, 16APSK | BPSK, QPSK, 8PSK |
| FEC | LDPC, 1/4 – 8/9 | 2D 16-State, 1/2 – 6/7 |
| Max. Symbol Rate | 1 – 45 Msps | 128 ksps – 7.5 Msps |
| Max. Info Rate | 149.7 Mbps | 19.2 Mbps |
| Max. IP Data Rate | 59.2 Mbps | 16 Mbps |
| Spread Spectrum Factor (Max Rate Mcps) |
Up to 7.5 Mcps Spreading Factors: 2,4,8 |
| Maximum rates are achieved under optimal conditions | |
| Interfaces | |
| SatCom Interfaces | TxIF: Type-F, 950 – 1950 MHz, Composite Power +3dBm / -35dBm Rx1/Rx2 IF: Type-F, 950 – 2150MHz, -5dBm (max) composite / -130+10*Log10(Sym rate) dBm (min) single carrier 10MHz/50MHz IFL BUC reference |
| Available BUC Power (IFL) | +24V, 118W max available @ connector +48V, 158W max available @ connector (optional) |
| Available LNB Power (IFL) | +19V (Nominal), 22KHz DiSEqC tone Rx1/Rx2 In: 13-18V @ 0.5A |
| Data Interfaces | LAN: 8-port ethernet switch, 10/100, 802.1q VLAN RS-232: RJ45 (Console connection), RS-422: RJ45 BUC I/O port (future release) |
| Protocols Supported | TCP, UDP, ACL, ICMP, IGMP, RIP Ver2, Static Routes, NAT, DHCP, DHCP Helper, Local DNS Caching, OpenAMIP, cRTP and GRE |
| Security | AES Link Encryption (256-bit) (optional) |
| Traffic Engineering | Group QoS, QoS (Priority Queuing and CBWFQ), Strict Priority Queuing, Application Based QoS, Minimum CIR, CIR (Static and Dynamic), Rate Limiting |
| Other Features | Transmit Key Line* |
| Mechanical/Environmental | |
| Size (W x D x H) | 17.5 x 12 x 1.75 in (44.5 x 30.5 x 4.45 cm) |
| Weight | 10 lbs (4.54 kg) |
| Operating Temperature | 0 ̊ to +50 ̊C (32 ̊ to +122 ̊F) at Sea Level with temperature gradient of 1 ̊C per 1 min |
| Humidity Max | 90% non-condensing humidity |
| Input Voltage | 100–240 VAC, Auto-Ranging; ±36-76VDC (±48 VDC nominal) (optional) |
| Radio Standards | EN 301-443 v1.3.1 — C-Band System Level Specification EN 301-459 v1.4.1 — Ka-Band System Level Specification |
| Safety Standards | Complies with IEC 60950, EN 60950-1, UL 60950-1, CSA C22.2 No.60950-1-03 |
| Emission Standard | Complies with EN 55022 Class B, FCC Part 15 Class B, CISPR 22 Class B, EN 61000-3-2, EN 61000-3-3 |
| EMC/Immunity Standard | Complies with EN 55024, EN 301-489-1, EN 301-489-12, EN 61000-4-2, EN 61000-4-3, EN 61000-4-4, EN 61000-4-5, EN 61000-4-6, EN 61000-4-11 |
| Certification | FCC, CE, and RoHS Compliant |
* Feature/license available in a future software release
EVOLUTION® X5 SATELLITE MODEM
$ 1,256.00
Vessel operators—including commercial shipping, cruise, fishing, offshore and super yachts—rely on satellite to stay in touch with operations on land, increase work productivity and improve the quality of life for seafarers.
Please notice: The Evolution® X5 satellite modem is only suitable for use in combination with KU-band. This modem can not be used for satellite internet via the KA-band. Then the X7 satellite modem of iDirect is recommended.
Fast performance and high-efficiency IP broadband connectivity
The Evolution® X5 Satellite Modem enables higher data rates and greater traffic volumes. The Evolution® X5 Satellite Modem offers dual-mode operation between iNFINITI® TDM or DVB-S2/ACM on the outbound, providing more flexibility for network design and bandwidth optimization. With over-the-air software licensing features it’s easy to add data encryption and spread spectrum capabilities to customize the Evolution® X5 Satellite Modem to meet growing requirements.
What makes the iDirect Evolution® X5 Satellite Modem special?
- Extremely tight integration of the hardware and software architecture with a dynamic feature set that makes it highly flexible.
- Enables everything from basic Internet and VoIP, to highly sophisticated application such as video conferencing and digital signage in fixed and mobile environments.
- Automatic Beam Selection (ABS): Global connectivity with no manual intervention across multiple satellite footprints.
- Global tracking: Monitor and manage each traveling remote, ensuring a consistent connection as it passes from network to network around the world.
- Spread Spectrum: Waveform technology supports very small antennas on aircraft, maritime and land-based vehicles.
- High-speed COTM: Features include fast beam-switching, skew angle support, Doppler compensation and fast reacquisition after blockage.
Features Evolution® X5 Satellite Modem
- Star topology
- Two modes of operation: iNFINITI or DVB-S2/ACM outbound
- Adaptive TDMA or SCPC Return channel
- Extremely efficient 2D 16-State inbound coding
- Advanced QoS and traffic prioritization
- Automatic end-to-end Uplink Power Control
- Optional Spread Spectrum waveform technology supports very small antennas
- Optional AES 256-bit encryption
Specs Evolution® X5 Satellite Modem
| Configuration | ||
| Network Topology | Downstream DVB-S2 or (iNFINITI TDM) |
Upstream ATDMA or (SCPC Return) |
| Modulation | QPSK, 8PSK, 16APSK (BPSK, QPSK, 8PSK) | BPSK, QPSK, 8PSK (BPSK, QPSK, 8PSK) |
| FEC | LDPC, 1/4 – 8/9 (Turbo, 0.495 – 0.879) | TPC*, 0.431 – 0.793 2D 16-State, 1/2 – 6/7 (SCPC Return: 2D 16-State, 1/2 – 6/7) |
| Max. Symbol Rate | 45 Msps1 (15 Msps2) | 7.5 Msps3 (15 Msps4) |
| Max. Info Rate | 150 Mbps11 (21 Mbps2) | 19.2 Mbps3 (38.5 Mbps4) |
| Max. Line Card IP Data Rate | 149 Mbps1 (20 Mbps2) | 16 Mbps3 (19.3 Mbps4) |
| Max. Remote IP Data Rate | 35 Mbps1 (17 Mbps2) | 10 Mbps3 (18.9 Mbps4) |
| 16APSK 8/9 FEC (2QPSK, .793 FEC) | 38PSK 438 6/7 FEC (48PSK 438 6/7 FEC) | |
| Spread Spectrum Factor (Max Rate Mcps) |
Up to 7.5 Mcps Spreading Factors: 1,2,4,8 |
| Maximum downstream and upstream data rates cannot be achieved simultaneously Maximum rates are achieved under optimal conditions and with unlimited NMS |
|
| Interfaces | |
| SatCom Interfaces | TX Out: Type-F, 950–1700 MHz, +7dBm/-35dBm
RX In: Type-F, 950–2150 MHz, -5dBm (max) composite/ -125+10*log(Fsym)dBm (min) single carrier Software controllable 10 MHz reference on TX Out and TX In ports |
| BUC IFL Interface | +24V, max. 70W, (120W PSU) (please refer to X5 Installation Manual for full list of supported BUCs) |
| LNB IFL Interface | +19V (Nominal), 500mA max
DiSEqC (Voltage 14V/19V + 22KHz tone) |
| Data Interfaces | LAN: Single 10/100, 802.1q VLAN
RS-232: RJ45 (Console connection ) |
| Protocols Supported | TCP, UDP, ACL, ICMP, IGMP, RIP Ver2, Static Routes, NAT, DHCP, DHCP Helper, Local DNS Caching, OpenAMIP, cRTP and GRE |
| Security | AES Link Encryption (256-bit)** |
| Traffic Engineering | Group QoS, QoS (Priority Queuing and CBWFQ), Strict Priority Queuing, Application Based QoS, Mini-mum CIR, CIR (Static and Dynamic), Rate Limiting |
| Other Features | Built-in Automatic Uplink Power, Frequency and Timing Control, Authentication, Spread Spectrum**, Antenna Control Interface (OpenAMIP) |
| Mechanical/Environmental | |
| Size (W x D x H) | 11.5 x 9.9 x 2 in (29.2 x 25.1 x 5.1 cm) |
| Weight | 4.4 lbs (1.99 Kg) |
| Operating Temperature | 0 to +50 C (32 to +122 F) at Sea Level with temperature gradient of 1 C per 1 min
0 to +45 C (32 to +113 F) at 10,000 Feet with temperature gradient of 1 C per 1 min For ODU power consumption <70W (please refer to X5 Installation Manual for details) |
| Humidity Max | 90% non-condensing humidity |
| Input Voltage | 100–240 VAC Universal Input, 2A, 50–60 Hz |
| Radio Standards | EN 301-428 v1.3.1 — Ku-Band System Level Specification
EN 301-443 v1.3.1 — C-Band System Level Specification |
| Safety Standards | Complies with IEC 60950, EN 60950-1, UL 60950-1, CSA C22.2 No.60950-1-03 |
| Emission Standard | Complies with EN 55022 Class B, FCC Part 15 Class B, CISPR 22 Class B, EN 61000-3-2, EN 61000-3-3 |
| EMC/Immunity Standard | Complies with EN 55024, EN 301-489-1, EN 301-489-12, EN 61000-4-2, EN 61000-4-3, EN 61000-4-4, EN 61000-4-5, EN 61000-4-6, EN 61000-4-11 |
| Certification | FCC, CE, and RoHS Compliant |
*Not supported for use with DVB-S2 outbound in iDX 3.0 and above
**Optional
Aura Global IPSignature 4
$2.550,00
Aura Global IPSignature 4
- Customer control panel for communications management
- Proxy data compression
- QoS management and bandwidth shaping
- Firewall management and control
- Crew hotspot enabling separate management and set up of crew communications
- BYOD access for crew
- Web filtering controls
- Ability to create crew data pins to gift or recharge to crew
- Low cost crew calling
- Failover capability with automatic satellite service switching
- Alerts are proactively sent to technical support to advise of issues
- Enhanced troubleshooting capability and high visibility of vessel networks
- Hardware has a dual board design providing failover
PEPLINK BALANCE 30 LTE
$ 719.00
The Peplink Balance 30 LTE router is a very sophisticated multi WAN router with 2 WAN ports, a redundant 4G LTE (2x sim) interface and space for a 3G/4G USB modem for creating a 4th WAN interface. This router is -when installed by one of our -certified- VSAT-shop engineers- mounted in a 19″ rack, togethe with the modem and other required equipment .
Via InControl2 the connection can be monitored and managed remote. Data use can be monitored, settings of the router can be changed and many more. Certain user ‘rules’ can be set, to make sure that on particular areas on the vessel always a satellite internet connection is available. For instance in the captains cabine. It can be set in such a way that particular devices are prioritized above other parts of the netwerk, that’s used for instance by the rest of the crew. In this way the network can be designed in the most efficient way.
Specifications Peplink Balance 30 LTE router
- 2 WAN ports
- 4 LAN ports
- Redundant 4G LTE modem (2x mini-SIM)
- USB WAN port
- 7 load balancing algorithems
- InControl cloud management (Peplinks management portal)
- PepVPN, the most easy and fast way to set up a VPN conection
- IPsec and PPTP VPN support
- 2 IPsec simultane VPN connections
- 15 concurrent PPTP VPN users
- Power consumption: 15W
- Power via DC adapter
PEPWAVE MAX BR1 LTE ROUTER
$ 839.00
Cisco 881
$ 535.00
- Firewall
- Content filtering
- VPNs, and WLANs, at broadband speeds to small offices
- Easy deployment
- Centralized management features
$ 75.00
The Cisco SF110D-08P 8-port desktop switch is needed for connecting the ACU (of the VSAT antenna) with the available satellite modem. Direct connecting is also a possibility, but most modems have too less ports for connecting all the required network equipment. By using an extra switch this is prevented.
Features Cisco SF110D-08P 8-Port Desktop Switch
- 16 base-switching RJ-45 ethernet ports
- PoE – Power over Ethernet
- Unmanaged switch type
Specs Cisco SF110D-08P 8-Port Desktop Switch
| Jumbo Frame Support: | Yes |
| Minimum Operating Temperature: | 32 F |
| Electric Current Required: | 1.25 Amps |
| Status Indicators: | Power, PoE, link/activity |
| MAC Address Table Size: | 1000 entries |
| Power Over Ethernet (PoE): | PoE |
| Power Device: | Power adapter – external |
| Voltage Required: | DC 48 V |
| Enclosure Type: | Desktop |
| Performance: | Switching capacity: 1.6 Gbps; Forwarding performance (64-byte packet size): 1.2 Mpps |
| OS Required: | Linux, Apple MacOS X, Microsoft Windows |
| Ports: | 8 x 10/100 |
| Dimensions (H x W x D): | 1.2 x 5.1 x 5.1 inches |
EATON UPS 650VA
$ 539.00
With Eaton UPS possible data loss can be prevented; with this UPS a buffer is created between the PC’s and the required power connection. This assures, when a power failure occurs, that the complete VSAT internet satellite communication system will be available for an extra 20 minutes with the help of this Eaton UPS. This UPS van be placed in a 19″ rack.
Specs Eaton UPS 650VA
