World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Become Seller

For Bulk Enquiry: sales@envmart.com

Shopping Cart $0.00

SICK DBS60 Core Series Incremental Encoder 30V 2000 PPR HTL TTL Signal Hollow Shaft 15.87 mm DBS60

Free Delivery in India | Lowest Global Shipping Charges

SICK DBS60 Core Series Incremental Encoder 30V 2000 PPR HTL TTL Signal Hollow Shaft 15.87 mm DBS60

Name: SICK DBS60 Core Series Incremental Encoder 30V 2000 PPR HTL TTL Signal Hollow Shaft 15.87 mm DBS60
Brand: SICK
SKU: 168693
Price: 411.94 USD
Availability: InStock



Category Incremental Encoder Brand SICK Condition New

Specifications

Country of Origin	Malaysia
Brand	SICK
Model	DBS60
IP Rating	IP65
Mount Type	Hollow Shaft Mount
Series	DBS60 Core
Overall Width	58mm
Maximum Operating Temperature	100°C
Minimum Operating Temperature	-30°C
Shaft Diameter	15.87mm
Overall height	58mm
Switching Frequency	300kHz
Shaft Type	Hollow
Terminal type	Cable
Interface Type	Incremental
Pulses per Revolution	2000ppr
Maximum Supply Voltage	30V
Overall Depth	41.8mm
Encoder Technology	Incremental
Maximum Revolutions	9000rpm
Output Signal Type	HTL, TTL

Key Features

The encoder provides 2000 pulses per revolution for precise position feedback.
It features a hollow shaft design with a diameter of 15.87 mm for versatile mounting.
Outputs support HTL and TTL signal types to interface with various controllers.
The device operates at a maximum supply voltage of 30V with IP65 protection rating.
Rated for operating temperatures between -30°C to 100°C for industrial durability.
Compact housing measures 58 mm in diameter with 41.8 mm installation depth.
It supports high switching frequency up to 300 kHz suitable for fast rotation sensing.
Conforms to EN 61000-6-2 and EN 61000-6-3 electromagnetic compatibility standards.

Product Description

SICK DBS60 Core Series Incremental Encoder DBS60 is a high-performance motion control sensor designed for precise measurement of position, speed, and distance in industrial environments. Rated for 30V supply voltage and featuring 2000 pulses per revolution (PPR), it delivers accurate incremental signals with HTL and TTL output types through a hollow shaft design.

The encoder body has a compact diameter of 58 mm and an installation depth of 41.8 mm, equipped with a hollow shaft diameter of 15.87 mm. Its rugged IP65 rated housing ensures protection against dust and water ingress, suitable for factory and logistics automation, packaging machines, and conveyor systems. The device can operate reliably under temperatures ranging from -30°C to 100°C, supporting maximum revolutions up to 9000 rpm.

Mounting options include face mount and servo flange with multiple hole patterns. The hollow shafts can be insulated and clamped for ease of installation. Signal outputs accommodate both TTL and HTL interfaces providing flexible cabling options via cable terminals. The encoder also complies with rigorous electromagnetic compatibility standards EN 61000-6-2 and EN 61000-6-3.

Its robust mechanical design with long service life and high bearing load capacity makes the DBS60 Core Series ideal for use cases such as asynchronous motor monitoring, elevator control, roller conveyor speed measurement, and precise height detection in printed circuit board devices. The encoder contributes to jerk-free acceleration and deceleration in elevator cars and reliable position detection on transfer systems.

The encoder delivers reliable incremental feedback with 2000 PPR for accurate motion control. Its hollow shaft design simplifies mounting in constrained spaces. Supports HTL and TTL output signal types for broad compatibility.

High IP rating and wide operating temperature range enhance durability in harsh conditions. Compact and versatile housing reduces required footprint in equipment. Compliance with international EMC standards ensures minimal interference.

Ideal for automation, logistics, packaging, and elevator industry applications. Explore the robust range of SICK Motion Control Sensors on EnvMart for high precision and reliability.