Ametherm ACC-001

The ACC-001 precision interchangeable NTC thermistor from Ametherm is part of their ACCU-CURVE™ series. The ACC-001 offer a high degree of accuracy and reliability with a resistance of 2.252kΩ at +25°C and a temperature tolerance of ±0.2°C between 0°C and +70°C. The Ametherm ACCU-CURVE™ series commonly perform temperature sensing, control and compensation for medical, industrial and automotive applications. The complete series offers interchangeability over a broad temperature range and eliminates the need to individually calibrate or provide circuit compensation for part variability.

Precision interchangeable NTC thermistor
Small bead design with 32AWG tinned copper leads
Resistance of 2.252kΩ (at 25°C)
Temperature tolerance of ±0.2°C between 0°C and +70°C
Resistance / temperature curve “C”
Dissipation constant of 1mW/°C (minimum)
Thermal time constant of 3.5s nominal
Beta value of 3892°K (0°C / 50°C)
Maximum power rating of 250mW
Brown colour code

Typical applications for the ACCU-CURVE™ series include:

Temperature sensing
Control systems
Compensation systems

The below table gives the full specifications of the Ametherm ACCU-CURVE™ series including the ACC-001 thermistor:

Specifications

Weight	0.00000 kg
Dimensions	0.00 x 0.00 x 0.00mm
Colour	Brown
Dissipation Constant	1mW/°C
Package / Size	Through-hole
Power Rating	0.25W
Product Type	Precision Interchangeable NTC Thermistor
Resistance at +25°C	2.252kΩ
Series / Model	ACx
Temperature Range (°C)	-40 to +150°C
Termination / Connection	32AWG Tinned Copper Leads
Thermal Time Constant	3.5s
Tolerance	±0.2°C

Weight

0.00000 kg

Dimensions

0.00 x 0.00 x 0.00mm

Colour

Brown

Dissipation Constant

1mW/°C

Package / Size

Through-hole

Power Rating

0.25W

Product Type

Precision Interchangeable NTC Thermistor

Resistance at +25°C

2.252kΩ

Series / Model

ACx

Temperature Range (°C)

-40 to +150°C

Termination / Connection

32AWG Tinned Copper Leads

Thermal Time Constant

3.5s

Tolerance

±0.2°C

Ametherm ACC-001 Technical Library

We are pleased to provide you with a range of additional content including videos, product datasheets, case studies, white papers and application notes for your reference. Please see below for the latest content available:

DOCUMENTATION
	Ametherm ACC-001 ACCU-CURVE™ precision interchangeable NTC thermistor datasheet

DOCUMENTATION

Ametherm ACC-001 ACCU-CURVE™ precision interchangeable NTC thermistor datasheet

Ametherm ACC and ACW Videos

We are pleased to provide you with a range of videos, please see below for the latest content available:

VIDEOS
	Resistor Stability Put to the Test (Demo Video) In this video, our host Richard Zuratt puts the stability of the three major resistor technologies — foil, thin, and thick film — to the test. Each resistor type is subjected to an overload pulse and its change in resistance value is recorded. Due to the homogeneous nature of the VPG Bulk Metal® Foil resistor, it is the only of the three to experience no change from the high power pulse. This demonstrated performance makes foil resistors the technology of choice for critical applications where long-term stability and survivability are paramount.
	5 Thermistor Sensor Considerations When Selecting A short video to help with selecting the right NTC thermistor.
	ACCU-CURVE™ Precision Interchangeable Thermistors ACCU-CURVE™ precision thermistors offer interchangeability over a broad temperature range and eliminate the need to individually calibrate or provide circuit compensation for part variability. These NTC thermistors are used in many applications that require a high degree of accuracy and reliability. They commonly perform temperature sensing, control, and compensation for medical, industrial, and automotive applications. Interchangeable ACCU-CURVE NTC thermistors are usually selected when a high degree of measurement accuracy is required over a wide temperature range.

VIDEOS

Resistor Stability Put to the Test (Demo Video)

In this video, our host Richard Zuratt puts the stability of the three major resistor technologies — foil, thin, and thick film — to the test. Each resistor type is subjected to an overload pulse and its change in resistance value is recorded. Due to the homogeneous nature of the VPG Bulk Metal® Foil resistor, it is the only of the three to experience no change from the high power pulse. This demonstrated performance makes foil resistors the technology of choice for critical applications where long-term stability and survivability are paramount.

5 Thermistor Sensor Considerations When Selecting

A short video to help with selecting the right NTC thermistor.

ACCU-CURVE™ Precision Interchangeable Thermistors

ACCU-CURVE™ precision thermistors offer interchangeability over a broad temperature range and eliminate the need to individually calibrate or provide circuit compensation for part variability.

These NTC thermistors are used in many applications that require a high degree of accuracy and reliability. They commonly perform temperature sensing, control, and compensation for medical, industrial, and automotive applications.

Interchangeable ACCU-CURVE NTC thermistors are usually selected when a high degree of measurement accuracy is required over a wide temperature range.

VIDEOS

NTC Thermistor Overview in 60 Seconds In this overview of NTC thermistors, Ametherm look at the different kinds and application uses for temperature sensing and how NTC thermistors accurately measure and compensate for temperature. This video will start by looking at the different types of NTC thermistors, such as probe assembly thermistors, disc and chip thermistors, and customizable thermistors. The different thermistor attributes will be examined, including voltage/current and resistance versus temperature.

5 Thermistor Sensor Considerations When Selecting A short video to help with selecting the right NTC thermistor.

ACCU-CURVE™ Precision Interchangeable Thermistors ACCU-CURVE™ precision thermistors offer interchangeability over a broad temperature range and eliminate the need to individually calibrate or provide circuit compensation for part variability. These NTC thermistors are used in many applications that require a high degree of accuracy and reliability. They commonly perform temperature sensing, control, and compensation for medical, industrial, and automotive applications. Interchangeable ACCU-CURVE NTC thermistors are usually selected when a high degree of measurement accuracy is required over a wide temperature range.

Custom resistance value (Ω) *
Custom AT Range (AT) *
Custom Capacity (lbs) *
Custom Pressure (Bar/PSI) *
Custom Resistance Value Element 1 (Ω) *
Custom Resistance Value Element 2 (Ω) *
Custom lead length (mm) *
Custom lead length (inches) *

Custom resistance value (Ω) *
Custom AT Range (AT) *
Custom Capacity (lbs) *
Custom Pressure (Bar/PSI) *
Custom Resistance Value Element 1 (Ω) *
Custom Resistance Value Element 2 (Ω) *
Custom lead length (mm) *
Custom lead length (inches) *

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