Abstract: Apparatus for making electrically conductive contact with an electrically conductive, elongated, body, for example a pipe or cable. Apparatus includes a base body having a metal carrier element configured as a clamp clampable around body to be contacted, and open in circumferential direction. Apparatus includes a connecting device with a connecting member, by which ends of carrier element are connectable or connected to one another when mounted. Apparatus has a contact device for establishing electrically conductive connection between body contacted and conductor, such as grounding cable. A connecting member configured for cooperating with a guide device for guiding translatory motion of connecting member, and situated at free ends of carrier element so that in mounted position of apparatus, translatory motion of the connecting member between a guide start and a guide end of guide device achieves a nondestructively detachable form fit, connecting free ends of the carrier element.

Abstract: Apparatus for making electrically conductive contact with an electrically conductive, elongated, body, for example a pipe or cable. Apparatus includes a base body having a metal carrier element configured as a clamp clampable around body to be contacted, and open in circumferential direction. Apparatus includes a connecting device with a connecting member, by which ends of carrier element are connectable or connected to one another when mounted. Apparatus has a contact device for establishing electrically conductive connection between body contacted and conductor, such as grounding cable. A connecting member configured for cooperating with a guide device for guiding translatory motion of connecting member, and situated at free ends of carrier element so that in mounted position of apparatus, translatory motion of the connecting member between a guide start and a guide end of guide device achieves a nondestructively detachable form fit, connecting free ends of the carrier element.

Abstract: Method for the production of a pressure-bearing part including a reducing piece, especially for housings of fittings, pumps, heat exchangers, distributors, and filters, including the steps of testing a blank for being defect-free, and producing the reducing piece from a blank. Blank is tested for flawlessness (defects) before reducing piece is produced from it. As blank itself has a simple geometry, the test of the blank for flawlessness can be performed in a simple manner. advantageously blank is a section of a pipe or a forging blank from which reducing piece is produced by way of turning, milling, or forging. Test of the blank for flawlessness can be performed by way of a method for nondestructive material testing, preferably by an ultrasonic volume test using a vertical probe.

Abstract: Valve includes a passage in which a valve seat and a movable sealing element are provided for blocking the passage. The valve is embodied in a double-walled manner, such as a housing, so as to be provided with an intermediate space. The valve includes a function monitoring device. A safety tank includes a double-walled container and at least one discharge port to which a valve is connected.

Abstract: A connector for providing an electrical connection to a coaxial cable, the connector comprises a base member adapted to be secured around a coaxial cable, a metal band member formed as part of the base member, and at least one protrusion extending from and unitary with the metal band member for providing electrical contact to a conductor portion of the coaxial cable.

Abstract: This invention relates to a device (2) for establishing an electroconductive contact with an especially elongated, for example substantially cylindrical body, for example a pipe or a cable. The inventive device comprises a base body (4) that consists at least partially of an elastic material and that is meant to be put on the body to be contacted. A contact element (22) that is held, when mounted, on a side of the body to be contacted facing the base body (4), is designed to establish an electroconductive connection with the body to be contacted. According to the invention, retainers are integrally formed with the elastic material and substantially positively enclose the contact element (22) at least on two opposite zones of its rim on the side facing away from the base body (4), thereby retaining it on the base body (4).

Abstract: A device for forming an electrically conductive contact with an electrically conductive component of an elongated body is provided. The device includes a base structure for disposition on the body to be contacted, and a separate contact element for contacting the body in a contact mounting position for producing an electrically conductive connection between the electrically conductive component and a ground cable. The contact element is formed of profiled sheet metal. The base structure is comprised of an elastic material that on the side turned toward the contact element comprises a disposition surface for the disposition of the contact element thereon over substantially the entire length of the contact element.

Abstract: A device for electrically conductively contacting a sectionally shipped outer conductor of a coaxial cable is provided. The device includes a main body that can be clamped about the cable that is to be contacted. In a non-installed position, the main body is open in a circumferential direction to form ends, which are provided with angled-off or bent-away tongues made at least in part metal. In an installed position, sealing surfaces of elastic material are formed on surfaces of the tongues that face one another. In the installed position, the tongues can be interconnected by at least one screw or bolt. The device also includes a mechanism for limiting a screw-in extent of the screws such that a compression of the elastic material of the sealing surfaces is effected in a defined manner when the screws are tightened.

Abstract: A grounding clamp for grounding the outer conductor of a coaxial cable to a grounding cable, the grounding clamp comprising a base structure comprising a clamp member adapted to be tensioned around a coaxial cable, the base structure having an interior surface, an exterior surface, an electrically conductive support element adapted to support an elastic material and an elastic material comprising at least one thermoplastic elastomer and firmly connected to the support element, elastic sealing lips integral with said elastic material and operatively associated with the base structure and extending from the interior surface of the base structure, the sealing lips providing a seal between the base structure and a coaxial cable when the base structure is tensioned around a coaxial cable, an electrical contact member operatively associated with the base structure for providing an electrically conducting connection between the outer conductor of a coaxial cable to be grounded and the grounding cable.

Abstract: A device for electrically conductively contacting a sectionally stripped outer conductor of a coaxial cable is provided. The device includes a main body that can be clamped about the cable that is to be contacted. In a non-installed position, the main body is open in a circumferential direction to form ends, which are provided with angled-off or bent-away tongues made at least in part metal. In an installed position, sealing surfaces of elastic material are formed on surfaces of the tongues that face one another. In the installed position, the tongues can be interconnected by at least one screw or bolt. The device also includes a mechanism for limiting a screw-in extent of the screws such that a compression of the elastic material of the sealing surfaces is effected in a defined manner when the screws are tightened.

Abstract: A device for the electrically conductive contacting of an electrically conductive part of an elongated body, in particular a cable or tube, has a base for lying on the body to be contacted and at least one contact element located, in the installed position, between the base and the body to be contacted for establishing an electrically conductive connection with the electrically conductive part of the body to be contacted. The at least one contact element includes a sheet metal structure of an alloy which consists at least of 94.5% copper (Cu) and has 2-4% nickel (Ni), 0.5-1% silicon (Si), and 0.05-0.25% magnesium (Mg).

Abstract: A device (2) for electrically conductive contacting of a sectionally stripped outer conductor (24) of a coaxial cable (26) and which is set back radially with respect to a sheath (28) of the coaxial cable (26), the device comprising a base element (4) in the form of a clamp which can clamped around the coaxial cable (26). The device (2) furthermore has a seal (22), in particular formed by sealing lips, with which, in the installed position of the device, the base element (4) lies sealingly on the sheath (28) of the coaxial cable (26) and contact means for establishing an electrically conductive connection between the outer conductor (24) of the coaxial cable (26) and a conductor, e.g. a grounding cable.

Abstract: A device for providing an electrical contact to a coaxial cable's outer conductor bared in sections, the device including a body adapted to abut the element to be contacted when in a mounted position, the body consisting at least partially of an elastic material containing at least one at least partially vulcanized ethylene-propylene rubber material.

Abstract: The invention related to a device (2) to set up an electrically conducting contact, and in particular, of an elongated, illustratively, a substantially cylindrical body, for instance a pipe or a cable, and comprises a base structure (4) to rest against the body (42) to be contacted and a contact element (40) held at a side of the base structure (4) which in the assembly position faces the body (42) to be contacted, this contact element implementing an electrically conducting connection with the body (42) to be contacted. The invention provides adjusting means to adjust the position of the contact element (40) relative to the edges of the base structure (4). The invention reliably precludes, at manufacture of the device (2), that there will be slippage of, or projection by the contact element (40) beyond the edge of the base structure (4) when the contact element (40) is affixed to the base structure (4). This feature simplifies manufacture and saves the time and costs of refinishing work.

Abstract: The invention related to a device (2) to set up an electrically conducting contact, and in particular, of an elongated, illustratively, a substantially cylindrical body, for instance a pipe or a cable, and comprises a base structure (4) to rest against the body (42) to be contacted and a contact element (40) held at a side of the base structure (4) which in the assembly position faces the body (42) to be contacted, this contact element implementing an electrically conducting connection with the body (42) to be contacted. The invention provides adjusting means to adjust the position of the contact element (40) relative to the edges of the base structure (4). The invention reliably precludes, at manufacture of the device (2), that there will be slippage of, or projection by the contact element (40) beyond the edge of the base structure (4) when the contact element (40) is affixed to the base structure (4). This feature simplifies manufacture and saves the time and costs of refinishing work.

Abstract: A device, used to contact in electrically conducting manner an electrically conducting part of in particular an elongated, illustratively substantially cylindrical body such as a pipe or a cable, comprises a base structure fitted with a rest surface with which to rest against the body to be contacted and with contact means to set up an electrically conducting connection between the body to be contacted and a conductor, for instance a grounding cable. The device of the invention is characterized in that the base structure comprises at least one contact protrusion made of an electrically conducting material and projecting perpendicularly to and in the direction of the rest surface in such manner that in the assembly position it will rest against the electrically conducting part of the body to be contacted and in this manner will form the contact means. The device of the invention allows simple and economical manufacture and is easily installed.

Abstract: The invention relates to a device for the electrically conducting contacting of an electrically conducting part of an outer surface of a tube, a cable, or the like, in particular a coaxial cable's outer conductor bared in sections. The device has a body (4) abutting the element to be contacted in the mounted position, said body (4) consisting at least partially of elastic material. According to the invention the elastic material of the body (4) contains at least one at least partially vulcanized ethylene-propylene rubber. The device (2) according to the invention can be produced simply and cost-effectively as well as being usable in a variety of ways, for example as a device provided with contact means for the electrically conducting contacting of an electrically conducting part of an, in particular oblong, for example essentially cylindrical, body, for example a tube or cable (32).