#hyperboloid

Hyperboloid Contacts

The hyperboloid contacts spring terminal is the patented product specially developed and researched by AP team to match the high current connector of the electric vehicle. It is processed according to the principle of hyperboloid, which is the technology closest to the theoretical hyperboloid. And the hyperboloid contacts structure is able to meet the market demands of multi-variety and small batches.

Features of Hyperboloid Contacts

Mechanical life: ≧10000 times

Standard hyperboloid contact,

Soft mating forces

Low contact resistance, high ampacity, low-temperature rise

Safe installation and connecting

High mechanical durability

Application: electric vehicle、Energy storage

Specifications of Hyperboloid Contacts

Product Code

Dimension(Ø) (mm)

Rated Current (A)

Contact Resistance≦(mΩ)

Pulling

Temperature Rise<(K)

Maximum Temperature (℃)

Maximum Time (H)

Force

≤ (N)

AP-GBDC-FLN-H3-80

12

80

0.5

25-35

50

120

8

AP-GBDC-FLN-H3-125

12

125

AP-GBDC-FLN-H3-200

12

200

AP-GBDC-FLN-H3-250

12

250

AP-GBAC-FLN-H1-63

6

63

10/18

AP-IECAC-FLN-H1-32

6

32

AP-IECAC-FLN-H1-16

6

16

AP-HBS-14

14

300

0.1

35

1. The data in the table above are able to be customized for our customers.

AP-HBS-16

16

400

0.1

40

2. Different materials are corresponding to the different current values.

AP-HBS-18

18

500

0.08

50

3. AP is able to provide customized solutions according to customer requirements

AP-HBS-24

24

1000

0.05

50

Adziogol Lighthouse – The vertical lattice hyperboloid structure of steel bars in Rybal’che

The lighthouse was built in 1911 by Vladimir Shukhov. The one-story keeper’s house sits inside the base of the tower. At a height of 64 meters, it is the sixteenth-tallest “traditional lighthouse” in the world as well as the tallest in Ukraine. The site of the tower is accessible only by boat. The site is open to the public but the tower is closed. Adziogol Lighthouse is located on a concrete…

Hyperboloid structures are architectural structures designed using a hyperboloid in one sheet. Often these are tall structures such as towers where the hyperboloid geometry's structural strength is used to support an object high off the ground, but hyperboloid geometry is also often used for decorative effect as well as structural economy. The first hyperboloid structures were built by Russian engineer Vladimir Shukhov in 1896.

Гиперболоидные конструкции - это архитектурные конструкции, спроектированные с использованием гиперболоида. Часто это высокие конструкции, такие как башни, где структурная прочность геометрии гиперболоида используется для поддержки объекта, также такая геометрия  часто используется для декоративного украшения или для экономии конструкции. Первое гиперболоидное сооружения построил русский инженер Владимир Шухов в 1896 году.

Fisky – Argo [Leftfield Bass, Future Garage]

Российский лейбл Hyperboloid, ориентированный на разнообразную экспериментальную электронику и Leftfield Bass давно шагает “впереди планеты всей” и было бы совершенно неправильным оставить без внимания их новый релиз “Argo”, записанный Московским продюсером Fisky, большим мастером по части необычных ритмических конструкций, так же известным как NxF (дуэт с Nphonix), Roller Truck и…