IND-MAX Inductive Angle Encoder

Inductive Encoder Technology Unleashed

IND-MAX inductive angle encoders provide robust, high-precision measurement in extreme environment applications across land, sea, and air.

Engineered for real-time applications, IND-MAX encoders deliver superior position and speed sensing in the harshest environments

Unlike optical and capacitive technologies, which can become unreliable in harsh conditions, the IND-MAX encoder series is designed to deliver superior performance and durability, exceeding the limits of existing technologies.

IND-MAX encoders are available in sizes up to 375mm in diameter, feature a compact, low-profile design with a large bore and up to 23-bit resolution. Their robust housing and wide operating temperature range ensure high reliability even in harsh, high-shock environments.

IND-MAX Product Information

IND-MAX inductive angle encoder horizontal view, providing high-precision measurement in extreme environment applications.

IND-MAX inductive angle encoder vertical view, highlighting its robust design.

IND-MAX inductive angle encoders for extreme conditions, showcasing its durability and performance in harsh environments.

IND-MAX Inductive Angle Encoder Characteristics

Encapsulated design (IP67)
Absolute and real-time position measurement
Immunity to magnetic and electromagnetic interference
Extended temperature range
Easy mounting and installation
Wide operating and mounting tolerances

IND-MAX inductive angle encoder used in aerial applications.

IND-MAX inductive angle encoders for drone control.

IND-MAX inductive angle encoders used in naval systems.

IND-MAX inductive angle encoder used in spacecraft operations.

IND-MAX inductive angle encoders used in satellite communication systems

IND-MAX inductive angle encoders used in aerospace surveillance.

IND-MAX inductive angle encoder used in underwater exploration.

IND-MAX Inductive Angle Encoder Applications

Underwater Exploration
Aerospace Surveillance
Satellite Communication
Spacecraft Operations
Naval Systems
Drone Control
Aerial Reconnaissance

IND-MAX | Inductive Performance Unleashed

Model	CAD Download	Encoder Stator OD / ID	Encoder Rotor OD* / ID*	Thickness **	Resolution	Accuracy	Mass Stator	Mass Rotor	Technical Datasheet
IND-MAX-075	Log In	75 mm / 25.8 mm	75 mm / 25 mm	10.95 mm	21 bit	±0.01° ±36“ ±175 µrad	65g	40g	.pdf
IND-MAX-100	Log In	100 mm / 50.8 mm	100 mm / 50 mm	10.95 mm	21 bit	±0.01° ±36“ ±175 µrad	90g	60g	.pdf
IND-MAX-125	Log In	125 mm / 75 mm	125 mm / 75 mm	10.95 mm	21 bit	±0.005° ±18“ ±90 µrad	140g	80g	.pdf
IND-MAX-160	Log In	160 mm / 110 mm	160 mm / 110 mm	10.95 mm	22 bit	±0.005° ±18“ ±90 µrad	180g	110g	.pdf
IND-MAX-180	Log In	180 mm / 130 mm	180 mm / 130 mm	10.95 mm	22 bit	±0.005° ±18“ ±90 µrad	200g	110g	.pdf
IND-MAX-200	Log In	200 mm / 150 mm	200 mm / 150 mm	10.95 mm	23 bit	±0.002° ±7“ ±35 µrad	225g	140g	.pdf
IND-MAX-250	Log In	250 mm / 200 mm	250 mm / 200 mm	10.95 mm	23 bit	±0.002° ±7“ ±35 µrad	275g	165g	.pdf
IND-MAX-300	Log In	300 mm / 250 mm	300 mm / 250 mm	14.20 mm	23 bit	±0.002° ±7“ ±35 µrad	420g	300g	.pdf
IND-MAX-375	Log In	375 mm / 325 mm	375 mm / 325 mm	14.20 mm	23 bit	±0.002° ±7“ ±35 µrad	525g	375g	.pdf

Remarks:

* Achievable minimum or maximum dimensions. See datasheet for possible combinations.
** Minimum thickness at nominal air-gap for Axx option. See datasheet for more options and details. See datasheet for tolerances.