SPACE ALLOCATION FOR SWITCHING APPARATUS

A housing for a single-pole circuit breaker is disclosed. The housing includes two current path regions, each region having a first section configured to receive an electromagnetic protection device, a second section configured to receive a thermal protection device, a third section configured to receive an arc extinguishing device, and a fourth section configured to receive an operating mechanism device. Each first section occupies a substantial part of the available internal width of the housing, and is disposed between the respective third and fourth sections. Each second section occupies about half the available internal width of the housing.

SPACE ALLOCATION FOR SWITCHING APPARATUS

A housing for a single-pole circuit breaker is disclosed. The housing includes two current path regions, each region having a first section configured to receive an electromagnetic protection device, a second section configured to receive a thermal protection device, a third section configured to receive an arc extinguishing device, and a fourth section configured to receive an operating mechanism device. Each first section occupies a substantial part of the available internal width of the housing, and is disposed between the respective third and fourth sections. Each second section occupies about half the available internal width of the housing.

Multiple Axis Transmission System

An interface module is configured for transmitting a status change signal between a first circuit device that has a first circuit device couple and a second circuit device that has a second circuit device couple. The interface module may include a housing, a first coupling assembly that includes a first couple arm and a second coupling assembly that includes a second couple arm. Each of the first and second couple arms extends through the housing at a location that is spaced from the other and each of the first and second coupling assemblies is movable by the first circuit device couple and/or the second circuit device couple to transmit a status change signal there between.

Activation for switching apparatus

A circuit breaker (100) is disclosed. The circuit breaker (100) has a single pole module housing (102) having a 1 W width with a first conduction path (200) and a second conduction path disposed within the single pole module housing (102). The first and second conduction paths (200) are electrically isolated from each other via an interior wall (125) of the single pole module housing (102). A first activation mechanism (112) is in operable communication with the first conduction path (200) and a second activation mechanism (111) is in operable communication with the second conduction path. The first activation mechanism (112) is in operable communication with the first conduction path (200) independent of the second activation mechanism (111) and the second conduction path. The second activation mechanism (111) is in operable communication with the second conduction path independent of the first activation mechanism (112) and the first conduction path (200).

Distribution of the space for switch apparatuses

Distribution of the space for switch apparatuses, defining a housing for a single-pole circuit breaker, which includes two current path regions, each region having a first section configured in order to receive an electromagnetic-protection device, a second region configured in order to receive a thermal-protection device, a third section configured in order to receive an arc-extinguishing device, and a fourth section configured in order to receive a mechanical functioning device, in which each first section occupies a substantial part of the available inner width of the housing and is placed between the respective third and fourth sections, and in which each second section occupies approximately half the available inner width of the housing.

Activation for switching apparatus

A circuit breaker is disclosed. The circuit breaker has a single pole module housing having a 1 W width with a first conduction path and a second conduction path disposed within the single pole module housing. The first and second conduction paths are electrically isolated from each other via an interior wall of the single pole module housing. A first activation mechanism is in operable communication with the first conduction path and a second activation mechanism is in operable communication with the second conduction path. The first activation mechanism is in operable communication with the first conduction path independent of the second activation mechanism and the second conduction path. The second activation mechanism is in operable communication with the second conduction path independent of the first activation mechanism and the first conduction path.

Housing for single-pole circuit breaker comprising two current path regions

Activation of a switching device

Housing for single-pole circuit breaker

Multiple axis transmission system

Multiple axis transmission system

Sistema de transmisión de ejes múltiples

Un módulo (120) de interconexión configurado para la transmisión de una señal de cambio de estado entre un primer dispositivo (1110) de circuito que presenta un primer par de dispositivos de circuito y un segundo dispositivo (1130) de circuito que presenta un segundo par de dispositivos de circuito, comprendiendo el módulo (120) de interconexión: una carcasa (400); un primer conjunto (425) de acoplamiento que presenta un primer brazo (425B) de par; y un segundo conjunto (430) de acoplamiento que presenta un segundo brazo (495) de par; en el que cada uno de los primero y segundo brazos (425B, 495) de par se extiende a través de la carcasa (400) en un emplazamiento que está separado del otro de cada uno de los primero y segundo conjuntos (430) de acoplamiento y puede ser desplazado por el primer (425) par de dispositivos de circuito y / o por el segundo par de dispositivos de circuito para transmitir una señal de cambio de estado entre ellos; caracterizado porque cada uno de los primero (425B) y segundo (495) brazos de para puede ser desplazado en una dirección angular y lineal.