SICK 1062439 IQ10-06NPSKWDSS07 6 mm PNP Inductive Sensor

Technical Overview

The SICK IQ10-06NPSKWDSS07 is a rectangular inductive proximity sensor for non-flush installation, with 6 mm nominal and 4.86 mm assured sensing ranges. A PNP normally open output uses DC three-wire wiring through an integral 6 m PVC cable. Its 2,000 Hz switching frequency supports discrete metal-feature events for external machine logic, with working distance dependent on target material and installation geometry. The 10–30 V DC sensor supplies up to 200 mA continuous output current and includes short-circuit and power-up pulse protection. VISTAL housing and sensing-face material provide IP68 protection to EN 60529. A 270° LED indicator assists observation, and mounting uses the documented clearance arrangement and maximum 1 Nm tightening torque.

Non-flush 6 mm inductive sensor with PNP normally open output, 2,000 Hz switching, 6 m three-wire PVC cable and IP68 VISTAL housing.

Key Features

Rectangular inductive sensor for non-flush installation

6 mm nominal range; 4.86 mm assured sensing range

PNP normally open output; DC three-wire wiring

2,000 Hz switching frequency

6 m PVC cable with 0.25 mm² conductors; Ø3.7 mm cable

10–30 V DC supply; 10 mA no-load current

Continuous output current ≤200 mA; availability delay ≤100 ms

Short-circuit and power-up pulse protection

VISTAL housing and sensing face; IP68 to EN 60529

270° LED visibility; −25 to +75 °C operation; maximum torque ≤1 Nm

Technical Specification Matrix

Parameter	Value
Product type	Inductive proximity sensor
Housing design	Rectangular
Nominal sensing range Sn	6 mm
Assured sensing range Sa	4.86 mm
Installation	Non-flush
Switching output	PNP, normally open; DC three-wire
Switching frequency	2,000 Hz
Connection	6 m three-wire PVC cable
Conductor assignment	CD-001: BN=L+; BU=M; BK=NO output
Conductor cross-section	0.25 mm²
Cable diameter	3.7 mm
Power supply	10–30 V DC
Ripple	≤10% of supply voltage
Voltage drop	≤3 V at maximum output current
Continuous output current	≤200 mA
No-load current	10 mA
Availability delay	≤100 ms
Hysteresis	5–15%
Reproducibility	≤2% of Sr at constant supply voltage and ambient temperature
Temperature drift	±10% of Sr
Short-circuit protection	Provided
Power-up pulse protection	Provided
Housing material	VISTAL plastic
Sensing-face material	VISTAL plastic
IP rating	IP68 to EN 60529
Operating temperature	−25 to +75 °C
Maximum tightening torque	≤1 Nm
Mounting holes	Ø3.2 mm; 22.2 mm center spacing
Indicator	270° LED visibility
EMC	EN 60947-5-2
Shock resistance	30 g, 11 ms
Vibration resistance	10–55 Hz, 1 mm
Material reduction factors	Reference values may vary: V2A/304 stainless=0.7; aluminum=0.5; copper=0.35; brass=0.5
Installation clearances	Manufacturer figure: A=7 mm; B=30 mm; C=10.3 mm; D=18 mm; E=8 mm; F=48 mm; G=12 mm

Parameter

Value

Product type

Inductive proximity sensor

Housing design

Rectangular

Nominal sensing range Sn

6 mm

Assured sensing range Sa

4.86 mm

Installation

Non-flush

Switching output

PNP, normally open; DC three-wire

Switching frequency

2,000 Hz

Connection

6 m three-wire PVC cable

Conductor assignment

CD-001: BN=L+; BU=M; BK=NO output

Conductor cross-section

0.25 mm²

Cable diameter

3.7 mm

Power supply

10–30 V DC

Ripple

≤10% of supply voltage

Voltage drop

≤3 V at maximum output current

Continuous output current

≤200 mA

No-load current

10 mA

Availability delay

≤100 ms

Hysteresis

5–15%

Reproducibility

≤2% of Sr at constant supply voltage and ambient temperature

Temperature drift

±10% of Sr

Short-circuit protection

Provided

Power-up pulse protection

Provided

Housing material

VISTAL plastic

Sensing-face material

VISTAL plastic

IP rating

IP68 to EN 60529

Operating temperature

−25 to +75 °C

Maximum tightening torque

≤1 Nm

Mounting holes

Ø3.2 mm; 22.2 mm center spacing

Indicator

270° LED visibility

EMC

EN 60947-5-2

Shock resistance

30 g, 11 ms

Vibration resistance

10–55 Hz, 1 mm

Material reduction factors

Reference values may vary: V2A/304 stainless=0.7; aluminum=0.5; copper=0.35; brass=0.5

Installation clearances

Manufacturer figure: A=7 mm; B=30 mm; C=10.3 mm; D=18 mm; E=8 mm; F=48 mm; G=12 mm

Industrial Applications

1. Checking a metal component in an assembly fixture

An assembly fixture can present a metal component within the sensor’s material-dependent working distance and sample its PNP normally open output after placement. Non-flush mounting leaves the active face exposed according to the documented clearance arrangement. The installation assesses the real component geometry and material, including the reduction factors for stainless steel and non-ferrous targets, before setting the fixture gap.

Problem Solved

A discrete metal-present condition helps external assembly inspection identify an empty component location, using contactless detection at the established fixture gap and documented mounting clearances.

Metal presence PNP NO Non-flush installation

2. Counting separated metal features on a moving drive

A drive mechanism can bring separated metal flags or teeth past the exposed sensing face and send output transitions to an external counter. The 2,000 Hz switching frequency guides timing assessment alongside feature width, spacing and controller response. Setup evaluates actual material reduction, target alignment and surrounding metal clearances so that each feature produces a distinct switching event.

Problem Solved

Repeated metal-feature transitions supply external counting logic with movement events, helping monitor the driven mechanism through a contactless sensing point and an integral cable connection.

Metal-feature counting 2,000 Hz External counter

3. Confirming a gripper mechanism at its commissioned position

A handling gripper can present a metal flag linked to its jaw mechanism when it reaches a selected commissioned position. The sensor’s normally open PNP output provides a discrete indication for external handling sequencing, while the 6 m cable routes the signal to the machine wiring. Setup accommodates actual flag material, travel tolerance and clearance around the non-flush sensing face.

Problem Solved

A jaw-mechanism position condition gives external handling logic a reference before the next movement, using the linked metal flag to indicate the commissioned mechanical position.

Gripper position Metal flag 6 m cable