MAKE AN EASY CONNECTION WITH PUSH-IN TERMINALS
NHP’s new range of Allen-Bradley® Bulletin 1492-P Terminals feature
push-in actuators for ease of use and time saving advantages.
The push-in technology used allows for easier insertion of cables
(solid, stranded or ferrules).
Application specific terminal blocks such as Sensor Blocks, and Power
Distribution Blocks are also available, allowing a simplified solution to
customers’ requirements.
A very low force is required on insertion and to release the cable,
the push-in actuator is simply depressed using a tool (screwdriver).
Alternatively, with fine stranded flex the actuator can be depressed
for insertion.
The use of the actuator is fast and easy. It eliminates difficulties in
removing cables that can be present with spring clamp technology
and is of an insulated design that eliminates the exposure to live
conductors.
The time saving advantages with the easy insertion force is
approximately 30% over using standard screw type terminals.
The Allen-Bradley® Bulletin 1492-P Push-in Terminal Blocks are available
exclusively from NHP in a wide range of standard and application
specific offerings, includes standard terminal blocks of 1.5mm 2 -6mm 2
in single or double deck configuration.
To achieve significant cost-savings with more reliable push-in
terminals, please visit nhp.com.au/more/terminals
NEW ENERGY EFFICIENT CONTACTOR SOLUTION FOR
DEMANDING APPLICATIONS
NHP’s new Sprecher + Schuh CA9 contactors take motor control
technology to the next level with rugged performance, advanced
electronic coil features and a smaller footprint.
The CA9 contactors allow for switching of motor loads from 55kW
to 630kW at 415V AC and from 55 to 600kW at 1000V AC and
feature an electronically-controlled wide range AC/DC coil for
easier voltage control on multiple applications with fewer parts.
The advanced engineering of the coil design is eco-friendly and
energy efficient, allowing users to operate the same applications
with a smaller power supply.
The CA9 contactors typically have a reduced footprint compared
to previous product lines, allowing for a smaller panel and a
smaller enclosure.
CA9 contactors can be used in combination with Terasaki MCCB’s
to achieve Type 2 co-ordination, including IE3 premium efficiency
motors.
The CA9 contactors are designed for applications from 116 to
2650 Amps and replace the Sprecher + Schuh CA6 contactors
which were designed for applications from 115 to 860 Amps.
Upgrade to the next generation of
motor control by visiting
nhp.com.au/more/ca9
11