KT5W-2N1113 Equivalent & Substitute Parts

Part Overview

The KT5W-2N1113 is an optical sensor manufactured by SICK, Inc., featuring a 10mm (0.394") sensing distance with NPN output configuration supporting Dark-ON/Light-ON selectable modes. This component utilizes an RGB LED light source and M12 5-position connector interface, rated for IP67 ingress protection across an operating temperature range of -10°C to 55°C.

The KT5W-2N1113 is classified as obsolete. Identifying functionally equivalent substitute parts is necessary to maintain system compatibility and ensure continued availability for applications requiring optical sensing with comparable electrical and mechanical specifications.

Substiute Parts

KT5W-2N1113
SICK, Inc.In Stock: 845KT5W-2N1113 Datasheet
KT5W-2N1113
Current Part
1078067
SICK, Inc.In Stock: 9731078067 Datasheet
1078067
MFR Recommended
1078098
SICK, Inc.In Stock: 9461078098 Datasheet
1078098
MFR Recommended
1078122
SICK, Inc.In Stock: 10431078122 Datasheet
1078122
MFR Recommended

Key Parameters

Parameter Value
Manufacturer SICK, Inc.
Category Optical Sensors
Sensing Distance 0.394" (10mm)
Voltage Supply 10V ~ 30V
Response Time 50µs
Output Configuration NPN - Dark-ON/Light-ON - Selectable
Light Source RGB LED
Connection Method Connector, M12, 5POS
Ingress Protection IP67
Operating Temperature -10°C ~ 55°C
Product Status Obsolete

Substitute Part Grouping Explanation

Substitute parts for the KT5W-2N1113 are identified based on the following critical parameters that determine functional compatibility:

  • Manufacturer: SICK, Inc. (maintained across all substitutes)
  • Category: Optical Sensors (maintained across all substitutes)
  • Light Source: RGB LED (maintained across all substitutes)
  • Ingress Protection: IP67 (maintained across all substitutes)
  • Connection Method: M12 connector interface (maintained across all substitutes)
  • Voltage Supply Range: 10V ~ 30V (substitute ranges must encompass or overlap the original specification)
  • Output Configuration: NPN capability (substitutes must support NPN operation)
  • Operating Temperature: -10°C ~ 55°C (substitute ranges must encompass or overlap the original specification)

The substitute parts identified (1078067, 1078098, 1078122) maintain core electrical and mechanical compatibility while offering enhanced specifications in sensing distance, response time, and temperature operating range. All substitutes are classified as active products with current manufacturing status.

Parameter Comparison

Parameter KT5W-2N1113 1078067 1078098 1078122
Manufacturer SICK, Inc. SICK, Inc. SICK, Inc. SICK, Inc.
Category Optical Sensors Optical Sensors Optical Sensors Optical Sensors
Sensing Distance 0.394" (10mm) 0.512" (13mm) 0.512" (13mm) 0.512" (13mm)
Voltage Supply 10V ~ 30V 10.8V ~ 28.8V 10.8V ~ 28.8V 10.8V ~ 28.8V
Response Time 50µs 10µs 10µs 10µs
Output Configuration NPN - Dark-ON/Light-ON - Selectable NPN - Dark-ON/Light-ON NPN - Dark-ON/Light-ON Push-Pull, NPN/PNP
Light Source RGB LED RGB LED RGB LED RGB LED
Connection Method Connector, M12, 5POS Connector, M12 Connector, M12 Connector, M12
Ingress Protection IP67 IP67 IP67 IP67
Operating Temperature -10°C ~ 55°C -20°C ~ 60°C -20°C ~ 60°C -20°C ~ 60°C
Product Status Obsolete Active Active Active
Series - KTX Prime KTX Prime KTS Prime
Adjustment Type - Adjustable Adjustable Adjustable

Engineering Selection Recommendations

All three substitute parts (1078067, 1078098, 1078122) are classified as active products with current manufacturing status, providing assured long-term availability compared to the obsolete KT5W-2N1113.

1078067 and 1078098 are functionally equivalent substitutes within the KTX Prime series. Both maintain NPN Dark-ON/Light-ON output configuration with identical electrical specifications. Selection between these two parts should be based on packaging requirements and inventory availability.

1078122 operates within the KTS Prime series and provides Push-Pull output capability supporting both NPN and PNP configurations. This part offers expanded output flexibility for applications requiring dual-output-type compatibility.

All substitute parts exceed the original specification in response time (10µs versus 50µs) and operating temperature range (-20°C ~ 60°C versus -10°C ~ 55°C). The increased sensing distance (13mm versus 10mm) represents a functional enhancement suitable for applications requiring extended detection range.

Frequently Asked Questions (FAQ)

Q: Can the 1078067, 1078098, or 1078122 directly replace the KT5W-2N1113?

A: Yes. All three parts maintain the core electrical and mechanical compatibility requirements: SICK, Inc. manufacture, RGB LED light source, IP67 ingress protection, M12 connector interface, NPN output capability, and overlapping voltage supply and operating temperature ranges.

Q: What is the primary difference between 1078067 and 1078098?

A: Both parts are functionally identical within the KTX Prime series. Differences are limited to packaging configuration. Selection should be based on procurement requirements and inventory availability.

Q: How does 1078122 differ from 1078067 and 1078098?

A: The 1078122 belongs to the KTS Prime series and provides Push-Pull output supporting both NPN and PNP configurations, whereas 1078067 and 1078098 provide NPN-only output. The 1078122 is suitable for applications requiring dual output-type flexibility.

Q: Does the increased sensing distance (13mm versus 10mm) affect compatibility?

A: The increased sensing distance represents a functional enhancement. Applications designed for 10mm sensing distance will operate with the 13mm substitute parts. Mechanical mounting and optical alignment should be verified for the specific application.

Q: Are all substitute parts currently manufactured?

A: Yes. All three substitute parts (1078067, 1078098, 1078122) are classified as active products with current manufacturing status, ensuring long-term availability and supply chain reliability.

Q: What is the impact of the faster response time (10µs versus 50µs)?

A: The faster response time of substitute parts represents an improvement over the original specification. Applications designed for 50µs response time will operate reliably with the enhanced 10µs response time of substitute parts.

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