Interconnection


Compact double-level spring cage terminal blocks up to 6 mm2

11 August 2004 Interconnection Products & Solutions

The ST-Desk series of spring cage terminal blocks from Phoenix Compact has now been expanded to include STS 6 universal terminals and the STS 6-TWIN three-wire terminal. The spring cage terminal blocks feature angled conductor entry and a compact design. It completes the product range of existing terminal types in two-, three- and four-wire terminal block variants for the 2,5 and 4 mm2 nominal cross-sectional areas.

The 6 mm2 terminal blocks provide a double bridge shaft that carries out all individual bridging activities and can be used for testing purposes. Since the bridge shafts for these spring cage terminal blocks have the same profiles as the 2,5 and 4,4 mm2 terminals, they may be used as feed terminals. With the RB-ST 6-(4/2.5) reduction bridger, the potential can be distributed both to the left and to the right onto terminals with smaller nominal cross-sections.

Every ST-Desk terminal type possesses a large labelling surface in the middle of the terminal. This ensures clear identification of the clamps even when plugged in.

For more information contact Bruce Patton, Phoenix Contact, 011 793 7121, [email protected]



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Powering business resilience and field operations
Infrastructure Products & Solutions
[Sponsored] The Anker 757 Portable Power Station emerges as a strategic asset for businesses looking to overcome power instability and the demand for operational efficiency in remote and field-based environments.

Read more...
PCB connectors for power systems
Phoenix Contact Passive Components
With the new PC 6 PCB connectors with screw connection, Phoenix Contact’s classic connection technology is available with enhanced touch protection for the new pin connector pattern.

Read more...
Digital link 40x faster than broadband Internet
Hiconnex Interconnection
Axon’s AxoMach high-speed links were recently qualified by the European Space Agency to the ESCC 3409/001 standard, and are designed to transmit data at speeds of up to 40 Gbps for space applications.

Read more...
Modular CAT7 inter-car-connection
Hiconnex Interconnection
These modular connectors are particularly suitable for harsh environments, and have a high resistance to industrial vibration and an IP67 protection rating.

Read more...
SPE connector range
Phoenix Contact Passive Components
Single Pair Ethernet (SPE) is a communication technology that realises Industry 4.0 and IIoT applications, and Phoenix Contact’s Combicon range are ideal for SPE connections.

Read more...
Multi-channel cable assembly
RFiber Solutions Interconnection
Withwave’s Multi-Channel SMPM Cable Assemblies (WMCM Series) provide a wide range of multiple coax connectors and flexible cable assemblies, with a choice of 26,5, 40 and 50 GHz configurations.

Read more...
Compact power relays
Future Electronics Interconnection
The new HE-R Series power relays by Panasonic Industry are PCB-mounted relays for easy board assembly, with both two- and four-pole contact arrangement options.

Read more...
High-density multicoax cable assembly
RFiber Solutions Interconnection
Withwave’s high speed and high-density Multicoax Cable Assemblies (WMX Series) provide a wide range of multiple coax connectors and flexible cable assemblies with a choice of 20, 40, 50, 67 or 110 GHz configurations.

Read more...
Centralised distribution for M8 and M12 connectors
Communica Interconnection
Amphenol LTW’s distribution boxes facilitate efficient cable management, easy installation with pre-wired configuration, and provide a centralised distribution point for M8 and M12 connectors.

Read more...
What is an RF connector?
Spectrum Concepts Editor's Choice Interconnection
If you look across the broader electromagnetic spectrum, the selection of the 3 kHz to 300 GHz frequency range for RF signals is a result of a balance between propagation characteristics, data transmission requirements, regulatory allocations, and the compatibility of electronic components and devices.

Read more...