Kane KM330 Wired Digital Thermometer, K Probe, 1 Input(s), 1300 °C Max, ±0.2 % Accuracy

RS Stock No.: 198-5845Brand: KaneManufacturers Part No.: KM330
brand-logo
View all in Digital Thermometers

Technical Document

Specifications

Brand

Kane

Maximum Temperature Measurement

1300°C

Product Type

Digital Thermometer

Model Number

KM330

Thermometer Type

Wired

Probe Type

K

Accuracy

±0.2 %

Number of Temperature Inputs

1

Data Storage

Yes

Power Source

Battery

Battery Life

200h

Width

70 mm

Height

39mm

Length

147mm

Weight

210g

Hazardous Area Certification

No

Standards/Approvals

No

Minimum/Maximum Recordings

Yes

Temperature Scale

F, Fahrenheit, °C

Calibrated

UKAS

Country of Origin

Taiwan, Province Of China

Product details

KM300 Series Thermometers

Compact, hand held instruments which measure both °C and °F designed for use with K-type thermocouples fitted with miniature style thermocouple plugs. Both supplied with a removable protective rubber boot incorporating a desk stand.

KM330 Single Channel

Selectable resolution, 0.1°C or 1°C
Hold and max functions

KM340 Dual Channel

Dual thermometer input
Differential temperature (T1-T2)
Resolution 1°C or 1°F
Hold and max functions

You may be interested in
View all in Digital Thermometers

Stock information temporarily unavailable.

SR 1,160.67

SR 1,160.67 Each (ex VAT)

SR 1,334.77

SR 1,334.77 Each (inc. VAT)

Kane KM330 Wired Digital Thermometer, K Probe, 1 Input(s), 1300 °C Max, ±0.2 % Accuracy

Calibration type

UKAS Calibration

Calibration

No Calibration

SR 569.13

ex VAT

SR 654.50

inc. VAT

RS Calibration

Calibrated before despatch to traceable to national standards

SR 1,007.31

ex VAT

SR 1,158.41

inc. VAT

SYSCAL

SR 1,007.31

ex VAT

SR 1,158.41

inc. VAT

UKAS Calibration

Calibrated before despatch recognised as the industry mark of quality internationally

SR 1,160.67

ex VAT

SR 1,334.77

inc. VAT

1

Available in multiples of 1
1SR 1,160.67
2SR 2,321.34
3SR 3,482.01
4SR 4,642.68
5SR 5,803.35
6SR 6,964.02
7SR 8,124.69
8SR 9,285.36
9SR 10,446.03
10SR 11,606.70
11SR 12,767.37
12SR 13,928.04
13SR 15,088.71
14SR 16,249.38
15SR 17,410.05

SR 1,160.67

SR 1,160.67 Each (ex VAT)

SR 1,334.77

SR 1,334.77 Each (inc. VAT)

Kane KM330 Wired Digital Thermometer, K Probe, 1 Input(s), 1300 °C Max, ±0.2 % Accuracy

Stock information temporarily unavailable.

Calibration type

UKAS Calibration

Calibration

No Calibration

SR 569.13

ex VAT

SR 654.50

inc. VAT

RS Calibration

Calibrated before despatch to traceable to national standards

SR 1,007.31

ex VAT

SR 1,158.41

inc. VAT

SYSCAL

SR 1,007.31

ex VAT

SR 1,158.41

inc. VAT

UKAS Calibration

Calibrated before despatch recognised as the industry mark of quality internationally

SR 1,160.67

ex VAT

SR 1,334.77

inc. VAT

1

Available in multiples of 1
1SR 1,160.67
2SR 2,321.34
3SR 3,482.01
4SR 4,642.68
5SR 5,803.35
6SR 6,964.02
7SR 8,124.69
8SR 9,285.36
9SR 10,446.03
10SR 11,606.70
11SR 12,767.37
12SR 13,928.04
13SR 15,088.71
14SR 16,249.38
15SR 17,410.05

You may be interested in

Technical Document

Specifications

Brand

Kane

Maximum Temperature Measurement

1300°C

Product Type

Digital Thermometer

Model Number

KM330

Thermometer Type

Wired

Probe Type

K

Accuracy

±0.2 %

Number of Temperature Inputs

1

Data Storage

Yes

Power Source

Battery

Battery Life

200h

Width

70 mm

Height

39mm

Length

147mm

Weight

210g

Hazardous Area Certification

No

Standards/Approvals

No

Minimum/Maximum Recordings

Yes

Temperature Scale

F, Fahrenheit, °C

Calibrated

UKAS

Country of Origin

Taiwan, Province Of China

Product details

KM300 Series Thermometers

Compact, hand held instruments which measure both °C and °F designed for use with K-type thermocouples fitted with miniature style thermocouple plugs. Both supplied with a removable protective rubber boot incorporating a desk stand.

KM330 Single Channel

Selectable resolution, 0.1°C or 1°C
Hold and max functions

KM340 Dual Channel

Dual thermometer input
Differential temperature (T1-T2)
Resolution 1°C or 1°F
Hold and max functions

You may be interested in