Vertical plug in
Author: r | 2025-04-25
Download Vertical Plug-in 1.02 - Converts the selected text vertically. How to view the vertical/horizontal plug-in windows in PowerMill, Need to know how to turn plug-in on/off. To turn on the vertical or horizontal plug-in window within the PowerMill
Automatic vertical plug-in machine,Automatic vertical plug-in
Provision made for extension at either end for future expansion.Bus bar and other types of bolted connections in the bus compartment shall be accessible from the front of MCC line up through sliding or removable covers in each vertical section.The main horizontal bus shall be continuous and unspliced within each shipping section. Where the buses are spliced for shipping purposes, the contact surfaces at the splice joint shall be tin or silver plated. The bolts, springs, washers, splice plates, and instructions required to complete the splice shall be provided.The main horizontal common power bus shall have a continuous current rating of 600, 800, 1000, 1200 Amperes or higher as required by a particular application, unless otherwise specified in data sheet.Vertical BusEach vertical section shall contain three full length copper vertical bus bars connected to the horizontal main bus bars at the top of each vertical section.The vertical buses shall be isolated from the starter unit area of the vertical sections by a barrier made of a rigid insulating material.If MCC will not be equipped with a shutter mechanism to close the plug-in stab openings to the vertical bus, plugs shall be provided in the unused plug-in stab openings.The vertical bus extensions installed in a section shall have a minimum continuous current rating of 300 Amperes unless otherwise specified in SES E09-X01.Ground BusA continuous, horizontal tin-plated copper ground bus shall be located across the complete length of MCC lineup, with provisions made for extensions at either end for future expansion. Provisions shall also be made to terminate a 120 mm2 copper ground system cable at each end. The ground bus shall be routed at the lower rear of the line up.Minimum current rating of the horizontal ground bus shall be 300 A.A vertical grounding bus shall be provided in each vertical section that makes contact with the plug-in units before the bus stabs engage the vertical bus.Fault Current CapacityAn evaluation of the overall short circuit capacity of the system to which the MCC shall be installed shall be performed prior to the selection of components, to determine the required interrupting rating of the protective devices to be used, and the level of bus bracing required.The minimum short circuit current rating shall be 42 kA RMS symmetrical amperes at a utilization voltage of 480 V. Each type of equipment installed in the MCC shall be suitably rated.Note: Main keywords for this article are Motor Control Center Design Guide, Motor Control Center Layout, MCC Schematic Diagram, Motor Control Center Wiring Diagram, MCC Panel Components.MCC Panel ComponentsMCC Starter UnitsNEMA Standard SizesMotor starters shall be built and sized in accordance with NEMA AB 1, ICS 1 and ICS 2, and controlled by microprocessor.Minimum motor starter
Automatic vertical plug-in machine 168H,Automatic vertical plug-in
Can't be mixed up.Max Amperage: 30 ampsMax Voltage: 125 voltsBlades: Two curved blades and a curved grounding pinNEMA L6-30NEMA L6-30 plugs are twist-lock plugs similar to L5-30 plugs but are rated for 250 volts and 30 amps. They can be recognized by two hot prongs and a ground prong. The configuration looks similar on these two plugs, but the blades are different lengths so that they cannot be mixed up.You'll see this locking plug used for servers and critical infrastructure components that require a stable and secure power source to ensure uninterrupted operation. The NEMA L6-30 plug provides the necessary power delivery to keep these systems up and running without any interruptions.Max Amperage: 30 ampsMax Voltage: 250 voltsBlades: Two curved blades and a curved grounding pinNEMA 14-50This plug features four prongs - two hot, one neutral, and one ground. It's designed to handle a maximum voltage of 250V and a maximum current of 50 amps. The NEMA 14-50 plug is known for its robust construction and ability to deliver a high level of power, making it suitable for heavy-duty applications.What sets the NEMA 14-50 plug apart from other plugs is its high amperage rating and compatibility with high-voltage systems. This plug is specifically designed to handle the demands of power-hungry appliances and equipment, making it a popular choice for industrial and commercial applications. Its standardized design also ensures that it can be easily installed and used across different settings, providing a versatile solution for powering a wide range of devices.Max Amperage: 50 ampsMax Voltage: 250 voltsBlades: Three vertical blades and one grounding pinNEMA 14-60The NEMA 14-60 plug is a specific type of electrical plug that is commonly used in commercial and industrial settings. This plug features four prongs, with two hot wires, a neutral wire, and a ground wire, making it suitable for high-power applications. The NEMA 14-60 plug is designed to handle a voltage of 250 volts and a current of up to 60 amps, making it ideal for appliances and equipment that require a substantial amount of electrical power.One of the key uses of the NEMA 14-60 plug is in commercial kitchens, where heavy-duty cooking equipment such as commercial ovens and ranges are commonly powered by this type of plug. The high amperage and voltage capacity of the NEMA 14-60 plug make it well-suited for powering these energy-intensive appliances, ensuring they operate efficiently and safely.Max Amperage: 60 ampsMax Voltage: 250 voltsBlades: Two vertical blades, one horizontal blade, and one grounding pinWhat Are the Parts of an Electric Plug?The design of an electric plug ensures compatibility between devices and outlets, making it easier to connect equipment across different locations and industries. All of the parts on the plug andPlug in machine, vertical plug in machine, horizontal plug in
Features Ergonomist Approved Design Promotes proper wrist, arm, and shoulder alignment to maximize comfort and minimize potential strains. Easy to Use Reduces learning curve when transitioning from a mouse to a trackball. Premium Precision and Speed Provides more accurate and smooth cursor control, and allows you to easily switch between DPI settings for different cursor speed control. Flexible Wireless Connection Options Allows stable connectivity for up to three computers. *Hold down the Bluetooth button until it blinks to alternate between connection options. Plug-and-Play or Customize Experience plug-and-play default settings or use KensingtonWorks software to set pointer and scrolling options and professionally customize nine buttons to tackle common tasks with one touch. *Windows ARM-based computers are currently not supported. Please check back for future updates on compatibility. Unique Easy-to-Clean Design Provides a button to eject the trackball for easy cleaning. Long Battery Life Works for up to 18 months on two AA batteries (included). The battery indicator light eliminates surprises. Battery life may vary based on usage. SmartFit™ - Comfort Made Easy This product is designed to comfortably fit users with average to larger sized hands. Give your hand a healthy break. Upgrade to ergonomist-approved comfort and premium cursor control with Kensington’s Pro Fit™ Ergo Vertical Wireless Trackball. A 60° tilt angle keeps the wrist in a natural handshake position to improve wrist and forearm posture. This mouse-like vertical trackball is easy to learn and it and offers 9 programmable buttons. All-day comfort is provided through an ergonomist approved design featuring a 60-degree tilt and natural handshake position to improve wrist and forearm alignment. Easy to use, with the same left click, right click, and scroll wheel operation as a traditional mouse, while providing the advantages of a trackball with a simple roll of the thumb. The high-quality optical tracking sensor, 34mm thumb-operated trackball and triple DPI switch provide smooth cursor control, optimal precision and easy cursor speed transitions. Flexible wireless connection options let you connect your vertical trackball to up to 3 different devices — one via the 2.4GHz nano dongle that stows inside the trackball body, and two additional connections via Bluetooth. Experience plug-and-play default settings or use KensingtonWorks software to set pointer and scrolling options and professionally customize nine buttons to tackle common tasks with one touch. Unique, easy-to-clean design features a built-in trackball ejection button to effortlessly remove the trackball to clean dirt and grime — and keep the trackball functioning smoothly. Works for up to 18 months on two AA batteries (included). The battery indicator light eliminates surprises. Battery life may vary based on usage. KensingtonWorks™ software provides a customized productivity experience**ChromeOS user can get HID functions for a trackball but will not be able to. Download Vertical Plug-in 1.02 - Converts the selected text vertically. How to view the vertical/horizontal plug-in windows in PowerMill, Need to know how to turn plug-in on/off. To turn on the vertical or horizontal plug-in window within the PowerMillPlug-Ins - Vertical Plug-In - Trout Underground
First character is "H" or "V" for horizontal or vertical orientation. The next two characters are "CN" for connector. The fourth character is either 1 or 2: 1 for parent or 2 for child. The fifth character is "_" The sixth character is 1-9 for the style number. The seventh character: (Combo) specifies the plug or jack ID: P = Plug, J = Jack (Receptacle) (Only) specifies the wire direction: 1 = right, 2 = top, 4 = left; and 8 = bottom. The eighth character is either "P" or "J": P = Plug, J = Jack (Receptacle) Examples:HCN1_14P.dwgHorizontal parent - single (plug) wiring connects from left or bottom VCN2_18P.dwgVertical child - single (plug) wiring connects from left or bottom HCN1_11J.dwgHorizontal parent - single (receptacle) wiring connects from right or top VCN2_12P.dwgVertical child - single (plug) wiring connects from right or top Upon completion of the parametric build connector, a unique new block definition is created. Each connector is labeled with a unique naming convention within the same project. HCN1_14P_nnnHorizontal connector; where “nnn” is a random number for uniqueness VCN1_18P_nnnVertical connector; where “nnn” is a random number for uniqueness Hydraulic SymbolsThe maximum number of characters for the block name is 32. The first character is "H" or "V" for horizontal wire or vertical. The next two characters are the first two letters of the family name (for example, FI for filters, CY for cylinders, PM for pumps). The fourth character is "1" for hydraulic symbols - stand-alone component. Use "_" and enter a meaningful name corresponding to the symbol. Example:HCYL1_plunger_cyl.dwgHorizontal standalone cylinder; plunger_cyl is the meaningful name for the symbol Inline Wire Marker SymbolsConstruct dumb inline wire marker symbols with a tiny piece of "pigtail" line entity at each connection point. It can be small, but it must be presentVertical Plug-in 1.02 - Download
In vertical resolution. Planned to be reissued in 2025 with a carrying case and an added "Speed Up" mode.Galaga Pocket Player ProDGUNL-41992023Features Galaga and Galaxian; uses "Sega Genesis clone hardware" ports running in vertical resolution. Planned to be reissued in 2025 with a carrying case.Pocket Player Max series[]The Pocket Player Max series is scheduled to launch in 2025, featuring a larger form factor than the standard Pocket Player units.NameID number(s)YearInformationPole Position Pocket Player MaxUnknown2025Upcoming release. Features Pole Position and Pole Position II.Pac-Man 45th Anniversary Pocket Player MaxUnknown2025Upcoming release. Features Pac-Man, Super Pac-Man, Pac & Pal, Pac-Land, Pac-Mania, and Pac-Panic.Pixel Pocket Pro[]The Pixel Pocket Pro line is a series of miniature handheld devices attached to keychains, scheduled for release in 2025. Some units are vertically-oriented while others are horizontal.NameID number(s)YearInformationPac-Man Pixel Pocket ProUnknown2025Upcoming release. Features "Classic" and "Speed Up" modes; uses the "Sega Genesis clone hardware" port running in vertical resolution.Ms. Pac-Man Pixel Pocket ProUnknown2025Upcoming release. Features "Classic" and "Speed Up" modes; uses the "Sega Genesis clone hardware" port running in vertical resolution.Galaga Pixel Pocket ProUnknown2025Upcoming release. Features Galaga and Galaxian; uses "Sega Genesis clone hardware" ports running in vertical resolution.Gamestation[]Gamestation is a label used for extended lines of consoles in various form factors. The Gamestation label was first utilized around 2017 for plug & play consoles.Beginning with the launch of the Atari Gamestation Pro in 2023, the Gamestation branding was generally used to denote more "premium" devices. Later Gamestation consoles feature internet connectivity, and often feature otherwise-uncommon control methods (such as trackballs and spinners). Each system features TV connectivity via HDMI.Gamestation: Atari[]Gamestation: Atari refers to an extended Gamestation line launched in 2023. While the original release in this line did not feature any Pac-Man titles, consoles scheduled for 2025 highlight Pac-Man as being an included game.NameID number(s)YearInformationAtari Gamestation GoUnknown2025Upcoming release. A large, tablet-like handheld system.Atari Gamestation MegaUnknown2025Upcoming release. A large (approx. 2' [?]) tabletop arcade machine.Gamestation Retro: Bandai Namco X Capcom[]Gamestation Retro: Bandai Namco X Capcom is an extended Gamestation line scheduled to release in 2025. The systems feature games licensed from both Bandai Namco (including Pac-Man) and Capcom, as well as Jaleco (?) games licensed through City Connection.NameID number(s)YearInformationGamestation Retro ProUnknown2025Upcoming release. A TV-based "plug & play" console. Comes bundled with two controllers.Gamestation Retro GoUnknown2025Upcoming release. A large, tablet-like handheld system.Gamestation Retro MegaUnknown2025Upcoming release. A large (approx. 2' [?]) tabletop arcade machine.Gamestation Retro GamepadUnknown2025Upcoming release. A separately-sold controller compatibleVertical Plug-in City - eVolo
1.5”, the trap arm 1.5”, and the p-trap 1.5”.Here’s how to connect the plumbing under your bathroom sink.You will need a 1.5″ trap adapter and a 1.5″ plastic tubing p-trap (sometimes called trim trap).Trim Trap kits come with two different sizes of washers. You’ll use the 1.5″ x 1.25″ slip joint washer to connect the P-Trap to the lav’s 1.25″ waste outlet.See the bathroom sink plumbing diagram below…Keep in mind, this is a P-Trap and not an S-Trap. If you’re dealing with an s-trap, read our S-Trap article hereBoth major plumbing codes in the U.S. permit a single basin lav to be roughed in with a 1.25” vent and a 1.25” trap. See IPC Table 709.1 or UPC Table 702.1.However, in this example, I’m going all 1.5 inches.Let’s follow this bath lav’s drain downstream. You’ll see the vertical to horizontal transition pictured below.Remember this important plumbing tip when it comes to drainage (not venting):“When waste transitions from a vertical pipe to a horizontal pipe…always use long pattern DWV fittings.”In the above example, there are two acceptable fittings to choose from:Wye with 45…or a Combination Wye and 1/8 Bend (Combo Fitting)We’re using a 3”x3”x1.5” wye with a 1.5” street 45.Let’s move upstream to talk about the toilet drain.I’m using a 4-inch closet flange. It’s connected to a 4”x3” closet bend. The closet bend fitting is 4 inches on the inlet and 3 inches on the outlet.Then, the outlet of the closet bend connects into a 3-inch sanitary tee via a short piece of 3 inch PVC.As we follow the toilet’s drain downstream of the san tee, notice another vertical to horizontal transition.Remember that plumbing tip? If so, you’ll be able to answer this question:What types of DWV fittings does the code permit for vertical to horizontal transition?A.) Long Sweep FittingsB.) Short Sweep FittingsThe answer is A.And that’s why I’m plumbing this transition with a 3” combo (aka combination wye and ⅛ bend).Also, notice the cleanout plug in the diagram above.To add a plumbing cleanout, you’ll need two additional fittings:A 3” cleanout adapter…And a 3” cleanout plug…The cleanout adapter glues right into the inlet of the combo. And provides a convenient point of access to rod the drain in case of a backup.By the way, other types of DWV fittings work for vertical to horizontal transitions.For example,Wye with 45Long Turn 90Two 45’sLet’s move downstream into this drainage system.In the plumbing diagram below, notice how the bathroom’s 3-inch drain wye’s right into the building drain.That’s just a 3-inch wye (with 45). You could also use a 3-inch combo for this connection.Now that you have a good handle on this bathroom’s drainage system,Let’s switch gears and talk about…Bathroom Plumbing Venting and why it’s important.Every. Download Vertical Plug-in 1.02 - Converts the selected text vertically. How to view the vertical/horizontal plug-in windows in PowerMill, Need to know how to turn plug-in on/off. To turn on the vertical or horizontal plug-in window within the PowerMillComments
Provision made for extension at either end for future expansion.Bus bar and other types of bolted connections in the bus compartment shall be accessible from the front of MCC line up through sliding or removable covers in each vertical section.The main horizontal bus shall be continuous and unspliced within each shipping section. Where the buses are spliced for shipping purposes, the contact surfaces at the splice joint shall be tin or silver plated. The bolts, springs, washers, splice plates, and instructions required to complete the splice shall be provided.The main horizontal common power bus shall have a continuous current rating of 600, 800, 1000, 1200 Amperes or higher as required by a particular application, unless otherwise specified in data sheet.Vertical BusEach vertical section shall contain three full length copper vertical bus bars connected to the horizontal main bus bars at the top of each vertical section.The vertical buses shall be isolated from the starter unit area of the vertical sections by a barrier made of a rigid insulating material.If MCC will not be equipped with a shutter mechanism to close the plug-in stab openings to the vertical bus, plugs shall be provided in the unused plug-in stab openings.The vertical bus extensions installed in a section shall have a minimum continuous current rating of 300 Amperes unless otherwise specified in SES E09-X01.Ground BusA continuous, horizontal tin-plated copper ground bus shall be located across the complete length of MCC lineup, with provisions made for extensions at either end for future expansion. Provisions shall also be made to terminate a 120 mm2 copper ground system cable at each end. The ground bus shall be routed at the lower rear of the line up.Minimum current rating of the horizontal ground bus shall be 300 A.A vertical grounding bus shall be provided in each vertical section that makes contact with the plug-in units before the bus stabs engage the vertical bus.Fault Current CapacityAn evaluation of the overall short circuit capacity of the system to which the MCC shall be installed shall be performed prior to the selection of components, to determine the required interrupting rating of the protective devices to be used, and the level of bus bracing required.The minimum short circuit current rating shall be 42 kA RMS symmetrical amperes at a utilization voltage of 480 V. Each type of equipment installed in the MCC shall be suitably rated.Note: Main keywords for this article are Motor Control Center Design Guide, Motor Control Center Layout, MCC Schematic Diagram, Motor Control Center Wiring Diagram, MCC Panel Components.MCC Panel ComponentsMCC Starter UnitsNEMA Standard SizesMotor starters shall be built and sized in accordance with NEMA AB 1, ICS 1 and ICS 2, and controlled by microprocessor.Minimum motor starter
2025-04-19Can't be mixed up.Max Amperage: 30 ampsMax Voltage: 125 voltsBlades: Two curved blades and a curved grounding pinNEMA L6-30NEMA L6-30 plugs are twist-lock plugs similar to L5-30 plugs but are rated for 250 volts and 30 amps. They can be recognized by two hot prongs and a ground prong. The configuration looks similar on these two plugs, but the blades are different lengths so that they cannot be mixed up.You'll see this locking plug used for servers and critical infrastructure components that require a stable and secure power source to ensure uninterrupted operation. The NEMA L6-30 plug provides the necessary power delivery to keep these systems up and running without any interruptions.Max Amperage: 30 ampsMax Voltage: 250 voltsBlades: Two curved blades and a curved grounding pinNEMA 14-50This plug features four prongs - two hot, one neutral, and one ground. It's designed to handle a maximum voltage of 250V and a maximum current of 50 amps. The NEMA 14-50 plug is known for its robust construction and ability to deliver a high level of power, making it suitable for heavy-duty applications.What sets the NEMA 14-50 plug apart from other plugs is its high amperage rating and compatibility with high-voltage systems. This plug is specifically designed to handle the demands of power-hungry appliances and equipment, making it a popular choice for industrial and commercial applications. Its standardized design also ensures that it can be easily installed and used across different settings, providing a versatile solution for powering a wide range of devices.Max Amperage: 50 ampsMax Voltage: 250 voltsBlades: Three vertical blades and one grounding pinNEMA 14-60The NEMA 14-60 plug is a specific type of electrical plug that is commonly used in commercial and industrial settings. This plug features four prongs, with two hot wires, a neutral wire, and a ground wire, making it suitable for high-power applications. The NEMA 14-60 plug is designed to handle a voltage of 250 volts and a current of up to 60 amps, making it ideal for appliances and equipment that require a substantial amount of electrical power.One of the key uses of the NEMA 14-60 plug is in commercial kitchens, where heavy-duty cooking equipment such as commercial ovens and ranges are commonly powered by this type of plug. The high amperage and voltage capacity of the NEMA 14-60 plug make it well-suited for powering these energy-intensive appliances, ensuring they operate efficiently and safely.Max Amperage: 60 ampsMax Voltage: 250 voltsBlades: Two vertical blades, one horizontal blade, and one grounding pinWhat Are the Parts of an Electric Plug?The design of an electric plug ensures compatibility between devices and outlets, making it easier to connect equipment across different locations and industries. All of the parts on the plug and
2025-04-19First character is "H" or "V" for horizontal or vertical orientation. The next two characters are "CN" for connector. The fourth character is either 1 or 2: 1 for parent or 2 for child. The fifth character is "_" The sixth character is 1-9 for the style number. The seventh character: (Combo) specifies the plug or jack ID: P = Plug, J = Jack (Receptacle) (Only) specifies the wire direction: 1 = right, 2 = top, 4 = left; and 8 = bottom. The eighth character is either "P" or "J": P = Plug, J = Jack (Receptacle) Examples:HCN1_14P.dwgHorizontal parent - single (plug) wiring connects from left or bottom VCN2_18P.dwgVertical child - single (plug) wiring connects from left or bottom HCN1_11J.dwgHorizontal parent - single (receptacle) wiring connects from right or top VCN2_12P.dwgVertical child - single (plug) wiring connects from right or top Upon completion of the parametric build connector, a unique new block definition is created. Each connector is labeled with a unique naming convention within the same project. HCN1_14P_nnnHorizontal connector; where “nnn” is a random number for uniqueness VCN1_18P_nnnVertical connector; where “nnn” is a random number for uniqueness Hydraulic SymbolsThe maximum number of characters for the block name is 32. The first character is "H" or "V" for horizontal wire or vertical. The next two characters are the first two letters of the family name (for example, FI for filters, CY for cylinders, PM for pumps). The fourth character is "1" for hydraulic symbols - stand-alone component. Use "_" and enter a meaningful name corresponding to the symbol. Example:HCYL1_plunger_cyl.dwgHorizontal standalone cylinder; plunger_cyl is the meaningful name for the symbol Inline Wire Marker SymbolsConstruct dumb inline wire marker symbols with a tiny piece of "pigtail" line entity at each connection point. It can be small, but it must be present
2025-04-22In vertical resolution. Planned to be reissued in 2025 with a carrying case and an added "Speed Up" mode.Galaga Pocket Player ProDGUNL-41992023Features Galaga and Galaxian; uses "Sega Genesis clone hardware" ports running in vertical resolution. Planned to be reissued in 2025 with a carrying case.Pocket Player Max series[]The Pocket Player Max series is scheduled to launch in 2025, featuring a larger form factor than the standard Pocket Player units.NameID number(s)YearInformationPole Position Pocket Player MaxUnknown2025Upcoming release. Features Pole Position and Pole Position II.Pac-Man 45th Anniversary Pocket Player MaxUnknown2025Upcoming release. Features Pac-Man, Super Pac-Man, Pac & Pal, Pac-Land, Pac-Mania, and Pac-Panic.Pixel Pocket Pro[]The Pixel Pocket Pro line is a series of miniature handheld devices attached to keychains, scheduled for release in 2025. Some units are vertically-oriented while others are horizontal.NameID number(s)YearInformationPac-Man Pixel Pocket ProUnknown2025Upcoming release. Features "Classic" and "Speed Up" modes; uses the "Sega Genesis clone hardware" port running in vertical resolution.Ms. Pac-Man Pixel Pocket ProUnknown2025Upcoming release. Features "Classic" and "Speed Up" modes; uses the "Sega Genesis clone hardware" port running in vertical resolution.Galaga Pixel Pocket ProUnknown2025Upcoming release. Features Galaga and Galaxian; uses "Sega Genesis clone hardware" ports running in vertical resolution.Gamestation[]Gamestation is a label used for extended lines of consoles in various form factors. The Gamestation label was first utilized around 2017 for plug & play consoles.Beginning with the launch of the Atari Gamestation Pro in 2023, the Gamestation branding was generally used to denote more "premium" devices. Later Gamestation consoles feature internet connectivity, and often feature otherwise-uncommon control methods (such as trackballs and spinners). Each system features TV connectivity via HDMI.Gamestation: Atari[]Gamestation: Atari refers to an extended Gamestation line launched in 2023. While the original release in this line did not feature any Pac-Man titles, consoles scheduled for 2025 highlight Pac-Man as being an included game.NameID number(s)YearInformationAtari Gamestation GoUnknown2025Upcoming release. A large, tablet-like handheld system.Atari Gamestation MegaUnknown2025Upcoming release. A large (approx. 2' [?]) tabletop arcade machine.Gamestation Retro: Bandai Namco X Capcom[]Gamestation Retro: Bandai Namco X Capcom is an extended Gamestation line scheduled to release in 2025. The systems feature games licensed from both Bandai Namco (including Pac-Man) and Capcom, as well as Jaleco (?) games licensed through City Connection.NameID number(s)YearInformationGamestation Retro ProUnknown2025Upcoming release. A TV-based "plug & play" console. Comes bundled with two controllers.Gamestation Retro GoUnknown2025Upcoming release. A large, tablet-like handheld system.Gamestation Retro MegaUnknown2025Upcoming release. A large (approx. 2' [?]) tabletop arcade machine.Gamestation Retro GamepadUnknown2025Upcoming release. A separately-sold controller compatible
2025-03-29Years with the use of level rods and a sighting instrument to measure the height differences between two points. Today a laser may replace the use of a telescope but the approach remains the same.Eventually, satellites such as GRACE and GOCE paired with GPS technology found that these distortions were being caused by gravity. These satellite systems account for differences in gravitational forces in different areas.Floodplain Mapping with the Vertical DatumHow likely is your home to flood? This is what organizations like the Federal Emergency Management Agency (FEMA) are responsible for.If we say that floodwaters will rise 25 feet, what exactly is “25 feet” referenced to? We need a consistent starting point to compare flood and ground elevations. This is why consistent vertical datums and mean sea level are so important. Effective floodplain management depends on accurate surveying.During new construction, FEMA measures proposed structure elevations. They compare base flood elevations to ensure that new construction will be reasonably safe from flooding. NGVD29 vs NAVD88What’s important is that all survey points must use the same vertical datum throughout the survey. Differences in vertical datums can range from three feet or more in the Rocky Mountains where gravitational forces are high… to a couple of inches in other areas.NAVD88 corrects many of the problems with NGVD29. The 1988 vertical datum was based on over 600,000 kilometers of control leveling performed since 1929 and reflects geological crustal movements or subsidence that may have changed benchmark elevation.If you were to perform surveys for floodplain mapping, up until recently most flood insurance maps used NGVD29. However, FEMA has made the switch to NAVD88.Vertical Datum TransformationWhat’s important is that when conducting a survey, all measurements must use the same vertical datum throughout the survey. Differences between NAVD29 and NAVD88 can range from three feet or more in the Rocky Mountains where gravitational forces are high… to a couple of inches in other areas. Data Courtesy of NASA’s GRACE Gravity Model – Gravity anomalies in mountainous areasA vertical coordinate transformation isn’t a simple plug-in-play formula. These transformations require software to transform into different vertical datums. The NAVD88 is a correction of thousands of control points of elevation datum.VDatum is a free tool by NOAA to transform data among a variety of tidal, orthometric, and ellipsoidal vertical datums. Users can convert their data from different horizontal/vertical references into a common and desired reference level. Conclusion A horizontal coordinate
2025-03-31