socapex (multi)
sock a pet in the nose!!
also called MULTI-CABLE
L21-30 Connector
add the 2 in 21 to the 3 in 30 that gets you 5 … join the 1 and 0 for 10 - gets you 5-10 … switch it for 10/5
Also called 10/5
10 gauge 5 pins
L21-30 refers to a specific type of electrical connector, also known as a NEMA L21-30. It’s a locking connector commonly used in high-power applications, typically rated for 30 amps per leg, 120/208 volts, and with three phases and four poles.
can make:
30A of 208 and 30A of 120
OR
90A of 120
L21-30 connectors have a round shape with five pins:
- one for each phase,
- one for neutral
- one ground.
The plug and receptacle both have a locking mechanism that twists to prevent accidental disconnection.
Nema 5-20
120 volts, 20 amps, next step up from an Edison plug (Nema 5-15p), which is 120volts 15amps.
shore power is also called
power service
power connection
THEY also call it a
‘disconnect’
‘company switch’
break in’s are
power/signal merging ON to the cable like highway. Break OUTs is power/signal merging out of the cable.
nl4
Neutrik locking
looks a lot like a PowerCON
power connecters for speakers and lights - Water proof Version?
Model:
Make:
model: PowerCON TRUE 1
make: Neutrik
The Neutrino powerCON TRUE1 is a locking 20A connector that is designed for use in harsh environments. It is a very rugged connector that is water and dust resistant, making it ideal for outdoor applications. (ip65)
The powerCON TRUE1 is also a break-before-make connector, which means that it can be safely connected or disconnected under load.
L6-20
?? nmonic for this?
The L6-20 connector is a type of electrical connector that is commonly used in industrial and commercial applications. It is a 20 amp, 250 volt connector that is designed for use with single-phase power. The L6-20 connector has a locking mechanism that helps to prevent accidental disconnection.
200amp Motion Laps 120v
little doors cover the output for the passthrough
Cable Sizes and respective AMPS
what is it?
L6-30
It is a locking, three-wire grounding receptacle with a maximum input of 30 amps and 250 volts with three wires: two hot wires and a ground wire.
if you think of (volts) as how high the water tower is, the higher the water tower. The more pressure is in the pipes that it uses for delivering power.
(Amps) is the size of the pipes delivering water at said pressure.
(Watts) is the volts multiplied by the amps. its a kind of shorthand for the actual work being done, or that could be.
you can see from the attached picture that if you have a water rocket that travels at 1 foot per (watt) and you wanna shoot it 240 (feet) into the air … you could do that with a one (amp) pipe and a 240 foot (volt) water tower or a two (amp) pipe and 120 foot (volt) water tower.
if you think of volts as height of the water tower, and amps as size of pipe, leaving the water tower.