Pepperl+Fuchs CCN15-30GS60-E2-V1 Sensor

Pepperl+Fuchs (P+F) CCN15-30GS60-E2-V1 Capacitive Proximity Sensor

1. Model Code Breakdown

CCN15-30GS60-E2-V1

1. CCN: Series of cylindrical capacitive proximity sensors
2. 15: Rated sensing distance Sn = 15 mm (non-flush mount)
3. 30: Thread specification M30×1.5, housing diameter 30 mm
4. GS: Stainless steel housing (1.4305 / AISI303), non-flush mounting
5. 60: Wide voltage DC 10~60 V
6. E2: 3-wire PNP Normally Open (NO) output
7. V1: Version with M12×1 4-pin straight connector (differentiated from 2m cable version)

Order No.: 189963

1. Core Electrical Specifications

III. Mechanical & Environmental Specifications

1. Overall Dimensions

Thread: M30×1.5

Total Length: 60 mm (excluding connector); 72.5 mm including M12 connector

Sensing Face: PBT engineering plastic

Housing: Stainless steel 1.4305

2. Protection Class: IP67, water and dust resistant
3. Temperature Range

Operating: -25 ℃ ~ +70 ℃

Storage: -40 ℃ ~ +85 ℃

4. Connection: M12×1 4-pin male connector
5. Certifications: CE, cULus, CCC, EN60947-5-2
6. Pin Assignment (M12 4-pin)

1: Brown → DC+ (10~60 V)

2: White → Spare (no function)

3: Blue → DC0 V

4: Black → PNP signal output

1. Typical Application Scenarios
2. Liquid Level Detection: Detect water, slurry and chemical liquids through plastic/glass tank walls
3. Material Presence Detection: Count plastic bottles, cartons, pellets, wood and paper
4. Packaging Machinery: Detect arrival of films and packaging bags
5. Food & Pharmaceutical Industry: Stainless steel housing resistant to washing, IP67 waterproof
6. Wide-Voltage Industrial Control: 48 V DC equipment, vehicle-mounted wide-voltage control systems
7. Installation & Commissioning Key Points
8. Non-flush mounting is mandatory. The sensing face must protrude at least 10 mm from the metal mounting surface; avoid large-area metal interference within 30 mm around the sensor.
9. Turn the potentiometer clockwise to increase sensing distance, counterclockwise to decrease it. Max distance can be set for water/plastic detection; reduce distance for paper/thin wood panels.
10. Oil stains and water mist adhering to the sensing face will shorten the sensing distance; regular cleaning is required.
11. Switching frequency is only 10 Hz, not suitable for high-speed production lines. Optimal for low-speed material handling and liquid level monitoring.

VII. Alternative Models in the Same Series

1. CCN15-30GS60-E0-V1: NPN Normally Open, all other parameters identical
2. CCN15-30GS60-E2: 2 m PVC cable outlet (without V1 suffix)
3. Equivalent IFM alternative: KI5085 (M30 capacitive sensor, standard 24 V voltage)

VIII. Key Advantages

Ultra-wide DC supply range of 10~60 V, compatible with 24 V / 48 V industrial control and lithium battery equipment

Wear-resistant and washable stainless steel housing, suitable for food and chemical industries

Built-in EMC for strong anti-interference performance, less prone to false triggering near motors and inverters

Potentiometer adjustable sensitivity, compatible with materials of different dielectric constants

Full Application Scenarios of CCN15-30GS60-E2-V1 (Pepperl+Fuchs P+F, often mistakenly referred to as IFM)

This model is an M30 stainless steel capacitive proximity sensor. Core features: adjustable 15 mm sensing distance, 10~60 V wide voltage, IP67 waterproof, PNP Normally Open, M12 connector, switching frequency ≤ 10 Hz. It is designed for applications requiring low-speed detection, wet washdown environments, 24 V / 48 V industrial control, and detection of non-metals, liquids and powders. Applications are divided into five major industry segments as below:

1. Liquid Level Monitoring (Primary Application)
2. Through-wall Liquid Level Detection on Plastic/Glass Tanks

Detect water, additives, beverages and mild acid-base solutions through PP/PVC/acrylic tank walls (wall thickness ≤ 5 mm). Mounted externally on the tank without drilling into the medium, eliminating leakage risks.

Low-level empty tank alarm: Triggers machine stop for material replenishment when the tank is nearly empty

High-level overflow protection: Prevents liquid spillage and equipment contamination

Bypass pipe liquid level monitoring: Matched with transparent side pipes for stable liquid height identification

Applicable Industries: Food & Beverage, Daily Chemicals, Small-scale Chemical Industry, Dosing Tanks for Water Treatment

2. Powder Level Monitoring for Small Hoppers / Silos

Detect bulk materials including grains, plastic pellets, powder, feed and calcium carbonate. Installed on hopper side walls to monitor low/high material levels:

Low-material stop reminder for packaging machine hoppers

Low-level early warning for grain processing silos

Advantages: Stainless steel housing resists dust erosion; potentiometer fine-tuning adapts to powders with varying dielectric constants

1. Packaging Automation (Low-speed Conveyors)

With a switching frequency of 10 Hz, it fits low-speed conveying lines only. High-speed sorting requires high-frequency IO-Link variants.

1. Presence detection of plastic bottles, cartons and packaging bags

Identify empty bottles, missing cartons and incomplete packaging on conveyors to reject defective products. Capable of detecting transparent PET bottles and films (photoelectric sensors are prone to misjudgment from light reflection, while capacitive sensors are unaffected by light transmittance).

2. Position confirmation at filling stations

Verify container positioning before activating filling valves for beverage and sauce filling processes. Stainless steel housing withstands splashes and washdown of filling liquids.

3. Presence detection of bottle caps / plastic fittings

Check for missing caps and plastic gaskets to avoid un-capped finished products.

4. Incoming material detection for cartons, paper rolls and wood

Detect arrival of boards and paper rolls for printing and woodworking machinery.

III. Washdown Environments in Food & Pharmaceutical Industries

Matching Advantages: 1.4305 stainless steel housing + IP67 waterproof, withstands high-pressure washing

1. Position detection of trays and food containers on washing lines
2. Liquid level monitoring on side walls of sauce and dairy mixing tanks
3. Low-material alarm for pharmaceutical powder silos
4. Identification of plastic turnover baskets on sterilization equipment

Limitations: Not suitable for long-term immersion in strong acids and alkalis; PTFE sensing face variants are required for highly corrosive environments

1. New Energy / Lithium Battery / 48 V Wide-Voltage Industrial Control (Core Advantage of 10~60 V DC)

Conventional sensors only support 24 V, while this model is compatible with both 24 V equipment and 48 V lithium battery systems for energy storage and vehicle-mounted devices:

1. Presence detection of plastic carriers and insulating separators on lithium battery production lines
2. Coolant tank liquid level monitoring for energy storage equipment
3. Material position signals for 48 V DC automated workstations
4. Liquid level detection of small chemical tanks in photovoltaic manufacturing (texturing / cleaning processes)
5. General Machinery, Building Materials, Feed & Rubber Plastics Industries
6. Low-pellet alarm for injection molding machine hoppers to prevent empty injection and mold damage
7. Raw material silo level monitoring for extruders
8. Pellet presence detection on feed production lines
9. Incoming wood panel / density board detection for woodworking machinery
10. High/low liquid level limit detection for small dosing tanks in wastewater treatment
11. Liquid level monitoring of plastic tanks for concrete admixtures
12. Unsuitable Application Scenarios (Selection Pitfalls to Avoid)
13. High-speed production lines (more than 1 piece per second; 10 Hz response cannot keep up and will cause missed detection)
14. Pure metal detection (inductive proximity sensors are preferred for lower cost)
15. Thick metal tanks (unable to penetrate metal walls for liquid level measurement)
16. Environments with strong corrosive acids and long-term immersion
17. Explosion hazardous areas (no ATEX explosion-proof certification)

VII. Application Matching Logic Table