SICK AFS/AFM60 SSI Series Absolute Absolute Encoder 32V dc, 4096 ppr ppr, Digital Signal, Blind Hollow Type, 15 mm Shaft

RS Stock No.:: 266-7164
Mfr. Part No.:: AFM60B-BHAA004096 / 1054924
Manufacturer:: SICK

Subtotal (1 unit)*

PHP72,485.93

(exc. VAT)

PHP81,184.24

(inc. VAT)

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Ready to ship from September 29, 2026

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Units	Per Unit
1 +	PHP72,485.93

*price indicative

RS Stock No.:: 266-7164
Mfr. Part No.:: AFM60B-BHAA004096 / 1054924
Manufacturer:: SICK

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	SICK
	Product Type	Absolute Encoder
	Encoder Technology	Absolute
	Pulses Per Revolution	4096ppr
	Series	AFS/AFM60 SSI
	Maximum Revolutions	4096rpm
	Output Signal Type	Digital
	Shaft Type	Blind Hollow
	Shaft Diameter	15mm
	Interface Type	SSI
	IP Rating	IP65, IP67
	Terminal Type	M23 Male Connector
	Maximum Supply Voltage	32V dc
	Minimum Operating Temperature	-40°C
	Overall Depth	72mm
	Overall Width	63mm
	Overall Height	74.5mm
	Standards/Approvals	CE
	Maximum Operating Temperature	100°C

	Select all
	Brand SICK
	Product Type Absolute Encoder
	Encoder Technology Absolute
	Pulses Per Revolution 4096ppr
	Series AFS/AFM60 SSI
	Maximum Revolutions 4096rpm
	Output Signal Type Digital
	Shaft Type Blind Hollow
	Shaft Diameter 15mm
	Interface Type SSI
	IP Rating IP65, IP67
	Terminal Type M23 Male Connector
	Maximum Supply Voltage 32V dc
	Minimum Operating Temperature -40°C
	Overall Depth 72mm
	Overall Width 63mm
	Overall Height 74.5mm
	Standards/Approvals CE
	Maximum Operating Temperature 100°C

COO (Country of Origin):: DE

SICK AFS/AFM60 SSI Series Absolute Encoder, 4096 Pulses Per Revolution, 15mm Shaft Diameter - AFM60B-BHAA004096 / 1054924

This absolute encoder is an Advanced positioning device designed for precise measurement in automation applications. Featuring SSI technology, it provides high-resolution feedback with 4096 pulses per revolution. The Compact design has dimensions of 74.5mm in height, 63mm in width, and 72mm in depth, making it suitable for various industrial setups. Operating across a temperature range from -40°C to +100°C, it ensures durability and reliability in challenging environments.

Features & Benefits

• Delivers up to 4096 pulses per revolution for high accuracy
• Digital output signal provides reliable data transmission
• IP65 and IP67 ratings ensure robust environmental protection
• Blind hollow shaft design accommodates versatile installation

Applications

• Used in motion control systems for accurate position feedback
• Utilised in robotics for precise angular measurement
• Integrated into CNC machinery for enhanced performance
• Applied in conveyor systems to ensure consistent tracking
• Implemented in lift systems for reliable positioning data

What benefits does the high-resolution capability offer in practical scenarios?

The high-resolution capability improves the accuracy of position feedback, allowing for finer control in automation tasks and reducing errors in motion control.

How does the IP65 and IP67 rating enhance functionality in various environments?

These ratings signify resistance to dust and water ingress, enabling functionality in harsh conditions like manufacturing plants or outdoor installations without compromise.

What are the advantages of using a blind hollow shaft design in this encoder?

A blind hollow shaft design simplifies the integration process by allowing for easy mounting on various devices and accommodating shafts without external components sticking out, optimising space.

Can this encoder be easily connected to existing systems?

Yes, the M23 male connector facilitates straightforward integration with existing systems, making installation quick and efficient without the need for complex wiring.

What considerations should be taken when selecting the supply voltage for this encoder?

It is Crucial to operate within the specified voltage range of 4.5 to 32 V DC to prevent damage and ensure reliable performance, especially in environments with fluctuating power supplies.