LAPP AUTOMAATIO T-106 Temperature Sensor for Food Industry User Manual

T-106 Temperature Sensor for Food Industry
User Manual

T-106 Temperature Sensor for Food Industry

EPIC® SENSORS
TEMPERATURE SENSOR FOR FOOD INDUSTRY
TYPE T-106 / W-106
DATA SHEET 19
INSTALLATION INSTRUCTIONS
AND USER MANUAL

Product description and intended use

Sensor types T-106 (thermocouple, TC) and W-106 (resistance, RTD) are temperature sensor probes for food industry.
Sensors are intended for measuring food materials. A sharp tip probe is manually inserted into material. Sensor element protection tube material is acid proof steel, and cable type / length can be chosen according to customer needs.
Measuring elements are rigid, non-bendable versions. Elements can be TC or RTD elements, standard versions are K-type thermocouple (for T-106) and 4-wire Pt100 (for W-106). Tailored versions are produced on request.
EPIC® SENSORS temperature sensors are measuring devices intended for professional use. They should be mounted by professionally capable installer who understands the installations surroundings. The worker should understand mechanical and electrical needs and safety instructions of the object installation. Suitable safety gear for each installation task must be used.

Temperatures, measuring

Allowed measuring temperature range for sensor tip is:

• With Pt100 -200…+300 °C, depending on materials
• With TC -200…+300 °C, depending on materials

NOTE! The maximum temperature for plastic handle cover material is +110 °C.

Temperatures, ambient

Allowed maximum ambient temperature for wires or cable, according to cable type, is:

• SIL = silicone, max. +180 °C
• FEP = fluoropolymer, max. +205 °C
• GGD = glass silk cable/metal braid jacket, max. +350 °C
• FDF = FEP wire insulation/braid shield/FEP jacket, max. +205 °C
• SDS = silicone wire insulation/braid shield/silicone jacket, only available as 2 wire cable, max. +180 °C
• TDT = fluoropolymer wire insulation/braid shield/ fluoropolymer jacket, max. +205 °C
• FDS = FEP wire insulation/braid shield/silicone jacket, max. +180 °C
• FS = FEP wire insulation/silicone jacket, max. +180 °C

NOTE! The maximum temperature for plastic handle cover material is +110 °C.
Make sure the process temperature is not too much for the cable or plastic handle.

Code key

Dimensional drawing

Technical data

Materials| AISI 316L, maximum temperature +250 ‘C, temporarily +300 CC, other materials on request (Note: plastic covered handle max. temperature +110 CC)
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Tip diameter| 3, 4 or 6 mm, other diameters and tip shapes on request
Handle material| Plastics as standard delivery material, maximum temperature 4 110 CC Available also in acid proof stainless steel
Cable material| SIL = silicone, max. +180 °C
FEP = fluoropolymer, max. +205 “C
GGD = glass silk cable/metal braid jacket, max. +350 ‘C
PDF = FEP wire insulation/braid shield/FEP jacket, max. +205 ‘C
SDS = silicone wire insulation/braid shield/silicone jacket, only available as 2 wire cable, max. +180 ‘C
TDT = fluoropolymer wire insulation/braid shield/fluoropolymer jacket, max. +205 ‘C
PDS = FEP wire insulation/braid shield/silicone jacket, max. +180 ‘C
PS = FEP wire insulation/silicone jacket, max. +180 ‘C
Tolerances Pt 100 (IEC 60751)| A tolerance ±0.15 + 0.002 x t, operating temperature -100…+45000
B tolerance ±0.3 + 0.005 x t, operating temperature -196…+600 DC
B 1/3 DIN, tolerance ±1/3 x (0.3 + 0.005 x t), operating temperature -196…+600 °C
B 1/ 10 DIN, tolerance ± 1/ 10 x (0.3 + 0.005 x t), operating temperature -196…+600 *C
Tolerances thermocouple (IEC 60584)| Type J tolerance class 1 =-40…375 °C ±1.5 °C, 375…750 ‘C ±0.004 x t
Type K and N tolerance class 1 =-40…375 CC ±1.5 CC, 375…1000 `C ±0.004 x t
Temperature range N100| -200…+300 ‘C, depending on material
Temperature range thermocouple| -200…+3002C, depending on thermocouple type and material
Approvals| METROLOGICAL PATTERN APPROVAL
Quality certificate| ISO 9001:2015 and ISO 14001:2015 issued by DNV

Materials

These are the standard materials of components for the sensor types T-106 / W-106.

request, not used as standard
Handle, if plastic| Polyamide PA6 (max. operating +110 °C, melting +230 °C)
Handle, if metal  (option)| AISI 316L
Sensor element| AISI 316L

Other materials can be used on request.

Installation instructions and example

Before any installation, make sure the target process/machinery and site are safe to work!
Make sure the cable type matches the temperature and chemical requirements of the site.
Installation phases:

• First, connect the wires to measuring instrument.
• Insert the sensor tip into the material to the measured.
• Make sure there is no excess bending force loading the cable.
• Mount extra strain relief, e.g. cable tie, for cable, if necessary.

Image below: this example shows sensor inserted into a meat product.

Installation of accessories

Connectors:
For TC versions there are thermocouple connectors available, as components.
These connectors have male or female contacts, made of alloys suitable for a certain thermocouple type. The connector body is also colored depending on the TC type, e.g. type K connector body is green, because type K cable sheath is green, according to standard IEC 60584.
The maximum temperature for these connectors is +200 °C, if not specified otherwise.
There are two sizes of TC connectors: standard (STD) and miniature (MINI).
TC connectors available are: (Other types are quoted upon request.)

Product number| Type|
---|---|---
911476| J-STD-Female|
911475| J-STD-Male
911477| J-MINI-Female
911478| J-MINI-Male
911440| K-STD-Female
911439| K-STD-Male
911442| K-MINI-Female
911441| K-MINI-Male
1089977| N-STD-Female
1089978| N-STD-Male
1023763| S-STD-Female
1083322| S-STD-Female 350°C
1023764| S-STD-Male
1083323| S-STD-Male 350°C
1017789| Cable clamps for STD connectors

STD dimensions:

Pt100; connection wiring

Image below: These are the connection colors of Pt100 resistor connections, according to standard EN 60751.

Other connections on request.

Pt100; measuring current

The highest allowed measuring current for Pt100 measuring resistors depends on resistor type and brand.
Normally the recommended maximum values are:

Do not use higher measuring current. It will lead to false measurement values and might even destroy the resistor.

TC; connection wiring

Image below: These are the connection colors of TC types J, K and N..

Other types on request.

TC; non-grounded or grounded types

Normally the thermocouple sensors are non-grounded, which means the protective tube / MI cable sheath is not connected to the thermo material hot junction, where two materials are welded together.
In special applications also grounded types are used.
NOTE! Non-grounded and grounded sensors cannot be connected to same circuits, make sure you are using the right type.
Image below: Non-grounded and grounded structures in comparison.

Non-grounded TC| | Thermo material hot junction and protective tube / MI cable sheath are galvanically
isolated with each other.
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Grounded TC| | Thermo material hot junction has galvanic connection with protective tube / MI cable sheath.

TC; thermocouple cable standards (color table)

Type label of standard versions

Each sensor has a type label attached to. It is a moisture and wear proof industrial grade sticker, with black text on white label. This label has printed information as presented below.
Image below: Example of a non-Ex sensor type label.

Serial number information

Serial number S/N is always printed on type label in the following form: yymmdd-xxxxxxx-x:
▪ yymmdd…………….. production date, e.g. “210131” = 31.1.2021
▪ -xxxxxxx………….. production order, e.g. “1234567”
▪ -x………………sequential ID number within this production order, e.g. “1”

EU Declaration of Conformity

The EU Declaration of Conformity, declaring products‘ conformance to the European Directives, is delivered with products or sent on request.

Manufacturer contact information

Manufacturer HQ main office:

| Lapp Automaatio Oy
---|---
Street address| Martinkyläntie 52
Postal address| FI-01720 Vantaa, Finland

Production site and logistics:

| Lapp Automaatio Oy
---|---
Street address| Varastokatu 10
Postal address| FI-05800 Hyvinkää, Finland
Phone (sales)| +358 20 764 6410
Email| epicsensors.fi.lav@lapp.com 
Https| www.epicsensors.com 

Document history

Although every reasonable effort is made to ensure the accuracy of the content of the operating instructions, Lapp Automaatio Oy is not responsible for the way the publications are used or for possible misinterpretations by end users. The user must ensure that she or he has the latest edition of this publication.
We reserve the right to make changes without prior notice.
© Lapp Automaatio Oy

Lapp Automaatio Oy
Martinkyläntie 52
FI-01720 Vantaa, Finland
lappautomaatio.fi| Kotipaikka/Domicile
Vantaa
Y-tunnus: 1107293-1
VAT: FI11072931
---|---
Tekninen myynti/Technical sales:
P: +358 (0)20 764 6410
Avoimet tilaukset/Open orders:
P: +358 (0)20 764 6420| Lapp Automaatio on osa LAPP Groupia
A Lapp Group Company
Lapp Insulator ei ole osa LAPP Groupia
Lapp Insulator is not affiliated
with the LAPP Group

References

• Etusivu | EPIC® SENSORS
• Lapp Automaatio | Lapp Automaatio
• Frontpage | EPIC® SENSORS
• Frontpage | EPIC® SENSORS
• Lapp Automaatio | Lapp Automaatio

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