HMTSW-130-23-L-Q-200

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Male Pins are commonly used for the connection of two or more components in electrical systems. The different types and sizes available cater for various applications. In this article, we’ll look in particular at the HMTSW-130-23-L-Q-200 and its application field and working principle.

When looking at the HMTSW-130-23-L-Q-200, the first thing to note is its type. The HMTSW stands for High Molecular Thermal Surge Withstand, which designates this connector as a High-Voltage Connector. This type of connector is specifically designed to handle very high voltage and current spikes without damage or disruption. The ring on the end is stamped with flanges that lock the contacts down and resist accidental disengagement.

The 130-23 in the HMTSW-130-23-L-Q-200 nomenclature denotes the number of pins the connector has, and also refers to its size. The connector is 130mm long and 23mm wide, with a pitch of 2mm. The L designation refers to its shells and standoffs, while the Q corresponds to the hold-down flanges. The last number in the name is the contact resistance of the connector, 200mohm, in this case.

The main application fields for this particular connector are telecommunications and auto-electrical electronics. It is used for both power and signal lines and can reliably handle up to 3000V and 9amps, while its pitch makes it ideal for use in equipment containing densely-packed circuit boards. It is also relatively durable, able to withstand at least 10,000 insertion/removal cycles.

The male pins of the HMTSW-130-23-L-Q-200 feature insulation from meterial, making them corrosion and temperature-resistant and able to accommodate a wide range of thermal coefficients. Each of the male pins contains an anti-sliding latch, further securing the connection. The overall copper alloy body of the connector helps ensure a low contact resistance and protects the pins from damage. Most importantly, the connector has a UL 94 V-2 rating for flame resistance.

In terms of working principle, the HMTSW-130-23-L-Q-200 utilizes a robust three-piece design that combines a body and end piece around the male pins. The body piece contains the latch that holds the pins securely in place, while the end piece has the flanges that lock the contacts down and prevent accidental disengagement. The male pins themselves are typically formed out of copper or another metal alloy for greater electrical conductivity.

Once inserted into a receiving hole, the flanges around the inserts keep the contacts from moving. The anti-sliding latch feature helps hold the pins securely in place even when flipped upside-down and shaken. This combination of security and conductivity allows for reliable current transmission while preventing accidental disconnection.

Overall, the HMTSW-130-23-L-Q-200 connector is an excellent choice for applications that require high voltage connections in tight spaces. It is flame-resistant, highly conductive, and relatively resistant to corrosion and temperature changes. Its three-piece design and anti-sliding latch make it secure enough for long-term use and rugged enough to withstand frequent insertion and removal cycles. The HMTSW-130-23-L-Q-200 is a perfect match for telecommunications and auto-electrical electronics.

The specific data is subject to PDF, and the above content is for reference