44011RC Measurement Specialties Inc., 44011RC Datasheet - Page 22

• Manufacturer Part Number: 44011RC
• Description: NTC Thermistor
• Manufacturer: Measurement Specialties Inc.

Specifications of 44011RC

• Thermistor Type: NTC
• Resistance: 100kohm
• Thermistor Tolerance: ± 1%
• Beta Value (k): 3988K
• Operating Temperature Range: -80°C To +150°C
• Thermistor Case Style: Radial Lead
• No. Of Pins: 2
• Mounting Type: Through Hole
• Leaded Process Compatible: Yes
• Rohs Compliant: Yes
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

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.20" MAX
Configure-To-Order
.20" MAX
.125" MAX
.125" MAX
.30" MAX
Epoxy-Encapsulated Thermistor
Glass-Encapsulated Thermistor
.30" MAX
.30" MAX
2.00"
.30" MAX
L2
L2
L2
L2
Thermistor Probes
YSI 010
YSI 011
YSI 012
YSI 013
YSI 014
YSI 010
A good mix of ruggedness, flexibility, and response time. Epoxy encapsulation
offers high compression strength and the PVC cable provides abrasion protection.
Application: Excellent design for pot-in-place applications such as analytical
instruments and supplying temperature data of test subjects for compensation.
Not designed for long wet immersion; use the YSI 070 and 071 instead.
Typical Time Constant: 5 seconds
Temperature Range: -40 to 105°C
YSI 011
Combines ruggedness and flexibility. The vinyl plastisol encapsulation protects
against mechanical shock. The thermistor encapsulant and cable are the same
material, which provides moisture resistance. The PVC cable construction provides
abrasion protection.
Application: Excellent for applications such as environmental temperatures and
supplying temperature data of test subjects for compensation. Tolerates many days
of immersion without internal water shunts.
Typical Time Constant: 7 seconds
Temperature Range: -40 to 105°C
YSI 012
Similar to the YSI 010 probe; offers parallel leads and a faster response time. Its
shape allows it to be inserted in areas which are an integral part of the sample
environment. This style permits more accurate measurements of surfaces than the
YSI 010 style because the lead may be placed in contact with the surface more
effectively. Since the primary thermal transfer path is through the conductor
(lead), it’s important to have several inches of the lead at the sample temperature.
Application: Use glass thermistors with FPE cable if long-term immersion is planned.
Typical Time Constant: 3 seconds
Temperature Range: Thermistor and cable dependent
YSI 013
A low-cost probe assembly using an ultraviolet curable acrylic coating material.
Low cost is achieved through automation of the thermistor coating process. The
acrylic material has good moisture resistance, which allows the probe to be used
in high humidity environments and for short-term immersion. The HDPE
(high-density polyethylene) cable and acrylic material have been tested for
biocompatibility and are resistant to gamma radiation sterilization.
Application: Appropriate for laboratory applications where a moderate temperature
range and biocompatibility are required.
Typical Time Constant: 3 seconds
Temperature Range: -60 to 105°C
YSI 014
Constructed with individual leads for flexibility of use. The advantage of the YSI
014 probe is the ability to control placement and insulation of the leads to maxi-
mize response time and reduce measurement error. Glass thermistors are spliced to
insulated leads. This splice is covered with 2" of Teflon shrink tubing.
Application: YSI 014 probes are generally the lowest cost and are used frequently in
instrumentation.
Typical Time Constant: 1 to 3 seconds
Temperature Range: Thermistor and cable dependent
Round Epoxy Tip Probe
Round PVC Tip Probe
Epoxy Tip Probe
Acrylic Coated Tip Probe
Thermistor with Leads Probe