Page 460 - IS-Rayfast Catalogue - Issue 9, 2017

Switches and Grips
Hall Effect
Product Range Overview HPL
Performance Switches

1 HPL
Hall Effect Linear Output Pushbuttons
Utilises Hall Effect technology to provide
2 the user an output proportional to the travel
of the button. The HPL delivers up to 10
million cycles. This rugged switch is ideal for
3
applications where a simple on/off control is
insufficient and a linear output is desired. Using
4 the HPL, an operator can control the motion of
a device as well as the speed of the movement.
The HPL switch is an ideal control device for RoHS
5 valves and variable speed drives and can be compliant
used in industrial control, construction, heavy
equipment and material handling applications.
6 The HPL is offered as a stand-alone switch
and in a dual HPL rocker assembly. As with HPW
all OTTO switches, a wide variety of case
7
and button styles and colors are offered,
along with various termination styles and two
8 levels of sealing. OTTO can provide custom
configurations as well as provide the HPL
switches installed in a control grip
9
HPW
Hall Effect Single Axis Paddle
10 The HPW series is available with 14 output
options, offers a self-centering single axis
actuator that provides linear change in voltage
11
output in either direction from centre. Options RoHS
include increasing or decreasing voltage output compliant
12 in either direction (from center position to the
full travel position) with single or dual outputs in
either direction. The HPW series without detent
13 provides a five million cycle, full forward to full
back life and with detent (available with HPW-
3) provides a two million cycle full forward to
14 full back life. Electronics are sealed to IP68S,
while offering outstanding EMI/RFI immunity.
• Designed for grip, armrest and panel
15
mounting
• 14 output options available
16 • Self-centering, single axis actuator
• Up to 5 million mechanical life
• Electronics sealed to IP68S
17 • Optional soft touch coating available

18

458 sales@is-rayfast.com | +44(0)1793 616700