Background Image
Table of Contents Table of Contents
Previous Page  100 / 216 Next Page
Information
Show Menu
Previous Page 100 / 216 Next Page
Page Background

wire

2016 show

➣➢➣

4

th

- 8

th

April

March 2016

98

www.read-eurowire.com

➣➢➣

developing and manufacturing machines

for the industry. He established the

company with a vision to produce top

quality a ordable machinery for the

ferrous wire industry.

His vision has been realised over the

years as Cli ord developed from a small

local company into an internationally

recognised producer of technologically

advanced machinery.

The company has, over the years, applied

sound basic engineering design principles

and blended these with cutting edge

technologies

to

produce

machines

allowing Cli ord’s customers to see

signi cant cost, quality and production

bene ts in their manufacturing processes.

Cli ord is situated in Pietermaritzburg,

South Africa. The facility is housed on

24,000m

2

and provides all the infrastructure

required

for

design,

development

manufacture, assembly and testing of

machines.

Almost all manufacturing is done in-

house, including machining, fabrication,

cutting and nishing.

Cli ordWelding Systems – South Africa

Website

: www.cli

eng.com

Clinton Instrument

Company

Stand: 09E40

The

Clinton

Instrument

Company,

specialist in spark test technology for the

wire and cable industry and inventor of

the high frequency sine wave spark tester,

will be exhibiting its newest o ering, the

model HF-15B high frequency sine wave

spark tester, the agship model of the new

B-series.

This new design combines the latest in

control technology with the robust and

reliable 3kHz spark test platform.

There are many new features of the

HF-15B, including a split electrode design

for easy string up and digital signal

processor (DSP) based voltage regulation

and fault detection. The fault detection

circuit has been upgraded and test

voltage is now monitored directly from

the electrode, instead of a transformer

winding. The fault circuitry can now

di erentiate between four types of fault

conditions: simple pinholes, a series of

closely spaced pinholes, direct metal

contact from the centre conductor to the

electrode, and gross lengths of bare wire.

The new “RC” controller comes xed

to the unit, but can be detached and

mounted remotely up to 60 metres

away from the test module/electrode.

It has a large alphanumeric display/

user interface and can be rotated in its

bracket to accommodate di erent viewing

angles. The display makes con guration

of the equipment easy; all con guration

parameters can be changed directly from

the front panel menu structure.

The new HF-15B series from Clinton