Kistler Group
Eulachstraße 22
8408 Winterthur, Switzerland
Tel. +41 52 224 11 11
info@kistler.com www.kistler.com
6182D_002-854e-08.19 © 2019 Kistler Group
5. Installing sensor
• Ensure all sensor hole and threads are clean
• Use checking tool Art. 65000146
• A chamfered cable channel or cable hole prevents
damaged cables
8. Functional test
On completion of mold assembly, test sensor insulation and
sensitivity.
• Ensure that connector is dry
• Use cleaning spray Type 1003
8.1 Insulation test
Use insulation tester Type 5495 to check sensor insulation.
Resistance >1013 Ω.
8.2 Sensor functional check
Test the sensitivity of the installed sensor using Test Set Type
5495.
Approximate measured sensitivity value:
Type 6182D... –2,4 ... –2,6 pC/bar
Type 6178D... –10,5 ... –13,5 pC/bar
9. Service and repair
Piezoelectric pressure sensors are maintenance-free. Insulation
and sensitivity of the installed sensor should, however, be
checked after each molding run.
• Ensure that connector is dry
• Cover sensor hole during cleaning
• Use cleaning spray Type 1003
9.1 Insulation test
Use insulation tester Type 5495 to check sensor insulation.
Resistance >1013 Ω.
9.2 Sensor functional check
Test the sensitivity of the installed sensor using Test Set Type
5495.
Approximate measured sensitivity value:
Type 6182D... –2,4 ... –2,6 pC/bar
Type 6178D... –10,5 ... –13,5 pC/bar
9.3 Removing sensor
Push sensor out of cavity by using a flat pen or control tool
Mat. No. 65000146.
• Do not use a hammer on the sensor front
• Do not use a sharp center punch
9.4 Single-wire repair
Slightly damaged cables can be repaired using the Repair Kit
Type 1207. If single-wire cables have been severed, solder
ends, slide over Teflon tube and cover with shrink tubing.
• Do not overheat sensor and cable when using hot
air blower
9.5 Repairs at Kistler
Factory repairs at Kistler are arranged by the local sales office
Information: www.kistler.com
9.6 Disposal instructions for electrical and electronic
equipment
Do not discard old electronic instruments
in municipal trash. For disposal at end of
life, please return this product to an autho-
rized local electronic waste disposal service
or contact the nearest Kistler Instrument
sales office for return instructions.
5.1 Installing Sensor with conductive spacer sleeve
Type 1720A...
Screw connect sensor into conductive spacer sleeve.
5.1.1 Machining conductive spacer sleeve
Cut conductive spacer sleeve with enough excess length
(with cutting wheel, as dry as possible). Then grind to
required dimension to guarantee a clearance of 0,02 ... 0,04
mm. Please ensure that the sensor is not damaged when
clamping it for cutting or grinding. Grind spacer sleeve at a
right angle and flush, afterwards debur it.
For multi-cavity applications each spacer sleeve should be
numbered and allocated to a sensor.
5.1.2 Mounting sensor with conductive spacer sleeve
Install sensor with spacer sleeve. Ensure a clearance of
0,02 … 0,04 mm.
Sensor may not be preloaded when assembling the mold.
• Do not preload sensor
• For multi-cavity applications each spacer sleeve
should be numbered
5.2 Installing contact element in holding plate
Pull the cable through the mounting bore and encase it with
a silicone and fluoropolymer hose on the side of the contact
element. Push crimp contact into the contact element and
fasten on holding plate with installation nipple.
7. Installing identification plate
Rivet plate to side of mold or fit with four M2.5 screws.
6. Installing cable and connector
• Check again that edges of cable duct and hole are
chamfered
• Use a metal plate to cover open ducts/slots
• Attach cap and place on connector
6.1 Single-wire technology
• Single-wire cable must be completely enclosed in
the mold
• Single-wire cable may not be routed with power
cables
• Ensure that all contact surfaces and threads are clean
and dry
6.1.1 Cut & grip connection
Cut the single-wire cable to length and do not strip the
insulation. Open connector by hand, insert the single-wire
cable and close it again.
6.1.2 Installing single-wire connector
Install connector and mounting plate in recess. Attach cap
using one of the screws. Place cap on open connector.
Installation of connector Type 1839 and mounting plate
Installation of multichannel connector
Example: Type 1722...
6.2 Coaxial cable
6.2.1 Installation of coaxial connector
Install connector and mounting plate in recess. Attach cap
using one of the screws. Place cap on open connector.
Einbau 1722A_MB
Einbau 1722A_SB*
*Schneid-/Klemmtechnik
Type 1722A4__
Operating T < 120°
Type 1722A4__
Operating T < 120°
Mehrkanal-Stecker,WZ-Erken. SWire/Koax
Cadenas 1722A...
A4
0
2 / 2
1:1
measure. analyze. innovate.
Erstmals verwendet
Erste Proj.-Nr.
Werkstoff
Änderung
Datum
Massstab
Ersatz für
Kopie Datum
100011266
gez.
gepr.
ges.
20.05.2016 Len
Bsi
Len
100.257.686
Zeichnungs-Nr.
Material-Nr.
KIWAG-SWX_A4h
Ver.
Bl.
D-00212-C1
siehe Tabelle
öffentlich
Das Urheberrecht an dieser Zeichnung, die dem Empfänger
persönlich anvertraut wird, verbleibt unserer Firma.
Ohne unsere schriftliche Genehmigung darf die Zeichnung
weder kopiert noch vervielfältigt, noch an Drittpersonen
mitgeteilt oder zugänglich gemacht werden.
M8x0,75
M8x0,75
öffentlich
Gta
100.321.991
D-00311-C1
0
04.12.2018
6182D
siehe Tabelle
Ver.
1 / 2
A4
Einbaubeispiele 6182D_ und 6178C_
Material-Nr.
2:1
measure. analyze. innovate.
Erstmals verwendet
Erste Proj.-Nr.
Werkstoff
Änderung Datum Massstab
Ersatz für Kopie Datum
gez.
gepr.
ges.
Zeichnungs-Nr.
Bl.
KIWAG-SWX_A4h / Vers. 21-Sep-2017
Das Urheberrecht an dieser Zeichnung, die dem Empfänger
persönlich anvertraut wird, verbleibt unserer Firma.
Ohne unsere schriftliche Genehmigung darf die Zeichnung
weder kopiert noch vervielfältigt, noch an Drittpersonen
mitgeteilt oder zugänglich gemacht werden.
6178C_
6464A1
** Verdrehsicherung optional
6182D_
65001430 **
max. 62
min. 21
max.1 **
0,02 ... 0,04
(Spalt zwischen Sensor
und Schulter)
6178C_
6464A1
6182D_
65001430 **
** Verdrehsicherung optional
max. 66,5
min. 24
max.1 **
0,02 ... 0,04
(Spalt zwischen Sensor
und Schulter)
6178C_
6460A1
6182D_
65001430 **
** Verdrehsicherung optional
max.1 **
0,02 ... 0,04
(Spalt zwischen Sensor
und Schulter)
min.22,5
6178C_
1712C1
1720A_
6182D_
6460A2
max.1 **
und Schulter)
0,02 ... 0,04
(Spalt zwischen Sensor
min. 21,7
1720A1: max. 53,5
1720A2: max. 93,5
* beschichtet
2,5 g6 0,008
0,002
-
-
-
2,5
min. 21,7
-
0,14
10 0
0,05-
0,20
0,05
0
4
/ *
-
4
2,5 -
-0,11
0,18
6460A1
65001430 **
** Verdrehsicherung optional
6182D_
6178C_
min.18
max.1 **
M8x0,75
0,02 ... 0,04
(Spalt zwischen Sensor
und Schulter)
6457A1
6182D_
min.28
0,02 ... 0,04
(Spalt zwischen Sensor
und Schulter)
(Gap between sensor
and shoulder)