ICB12SF04PO Equivalent & Substitute Parts

Part Overview

The ICB12SF04PO is an inductive proximity sensor manufactured by Carlo Gavazzi Inc., designed for non-contact object detection in industrial applications. This cylindrical M12-threaded sensor operates with a 4mm sensing distance and provides PNP-NO output through a 3-wire cable configuration. The product is currently classified as obsolete, making identification of functionally equivalent alternatives essential for system maintenance, repair, and component sourcing.

Substiute Parts

ICB12SF04PO

Carlo Gavazzi Inc.In Stock: 888ICB12SF04PO Datasheet

Current PartRFQ

IME12-04BPSZW2K

SICK, Inc.In Stock: 955IME12-04BPSZW2K Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution of the ICB12SF04PO is determined by strict equivalence across the following critical parameters:

• Sensor Type: Must be inductive to maintain detection principle compatibility
• Sensing Distance: Must be 0.157" (4mm) for mechanical and functional fit
• Output Configuration: Must be PNP-NO, 3-Wire to ensure signal compatibility with existing control circuits
• Response Frequency: Must be 2kHz to maintain system timing requirements
• Package / Case: Must be Cylinder, Threaded - M12 for mechanical mounting compatibility
• Termination Style: Must be Cable Leads for connection compatibility
• Ingress Protection: Must be IP67 for environmental protection equivalence
• Material - Body: Must be Nickel-Plated Brass for corrosion resistance equivalence
• Shielding: Must be Unshielded to match electromagnetic characteristics

The IME12-04BPSZW2K from SICK, Inc. meets all these critical parameters and qualifies as a direct functional equivalent.

Parameter Comparison

Engineering Selection Recommendations

The IME12-04BPSZW2K is a direct functional substitute for the obsolete ICB12SF04PO. The SICK sensor maintains all critical electrical and mechanical parameters required for drop-in replacement. The IME12-04BPSZW2K carries an active product status and holds ROHS3 compliance and REACH unaffected certification, providing regulatory assurance for new installations and system updates. The voltage supply range of the SICK component (10V ~ 30V) is a subset of the original Carlo Gavazzi specification (10V ~ 36V), requiring verification that system supply voltage does not exceed 30V. The operating temperature range of the SICK sensor extends to 75°C compared to the original 70°C maximum, providing additional thermal margin in applications approaching the upper temperature limit.

Frequently Asked Questions (FAQ)

Q: Can the IME12-04BPSZW2K replace the ICB12SF04PO in existing installations?

A: Yes. The IME12-04BPSZW2K meets all critical substitution parameters: identical sensor type, sensing distance, output configuration, response frequency, M12 threaded package, cable termination, IP67 rating, and body material. Mechanical and electrical compatibility is confirmed.

Q: What voltage supply considerations apply to this substitution?

A: The original ICB12SF04PO operates from 10V to 36V. The substitute IME12-04BPSZW2K operates from 10V to 30V. If the system supply voltage exceeds 30V, the SICK sensor cannot be used. Verify the actual supply voltage in your application before substitution.

Q: Are there temperature range differences between these sensors?

A: The ICB12SF04PO operates from -25°C to 70°C. The IME12-04BPSZW2K operates from -25°C to 75°C. The SICK sensor provides a 5°C higher upper temperature limit, which is advantageous in high-temperature environments but does not restrict substitution in applications within the original temperature range.

Q: What is the packaging difference between these parts?

A: Both sensors use identical M12 threaded cylindrical packages with cable lead termination. No mechanical modification or adapter is required for substitution.

Q: Does the IME12-04BPSZW2K meet current regulatory requirements?

A: Yes. The IME12-04BPSZW2K is ROHS3 compliant and REACH unaffected, meeting current environmental and regulatory standards. The obsolete ICB12SF04PO does not carry these certifications.