Sensore di prossimità induttivo OMRON TL-Q5MC1-Z

Square standard type, non schermato, CC a 3 fili, N.NPN, 2cavo da m, classic model of TL-Q series

✅ Model Code Explanation

TL: Induttivo proximity sensor

Q: Square type (17×17mm)

5: Distanza di rilevamento nominale 5 mm

M: Built-in amplifier

C: Uscita NPN (B = PNP)

1: Normalmente aperto (NO) (2 = Normally Closed, NC)

Z: Revised suffix for domestic standard version

📌 Specifiche chiave

Principio di rilevamento: Inductive type, for ferromagnetic metals (iron only); sensing distance drops sharply for copper, aluminum and other non-ferrous metals

Distanza di rilevamento: 5 mm ±10%; practical setting distance 0～4 mm

Produzione: Collettore aperto NPN, Normalmente aperto (NO)

Tensione di alimentazione: DC10～30V (nominal DC12-24V)

Load current: Massimo. 200 mA

Frequenza di risposta: 500 Hz

Hysteresis distance: ≤10% of rated sensing distance

Classe di protezione: IP67

Temperatura ambiente: -25℃～+70℃ (senza formazione di ghiaccio o condensa)

Alloggiamento: PBT/ABS, dimension 17×17×28 mm

Cavo: Standard 2m lead wire

Built-in protection: Protezione da inversione di polarità, surge absorption, load short-circuit protection

🧵 Wiring Definition (3-filo)

Filo marrone: CC+ (Potenza positiva)

Filo blu: DC(0V)

Filo nero: Uscita NPN (connect to PLC input terminal; one end of load to black wire, the other end to +24V)

When metal approaches → output turns ON, indicator light illuminates

📋 Cross-reference for the same series (for selection & sostituzione)

TL-Q5MC2-Z: NPN NC

TL-Q5MB1-Z: PNP n

TL-Q5MB2-Z: PNP NC

TL-Q5MD1/2: DC 2-wire type

⚠️ Installation Notes (Critical for non-shielded type)

Non-shielded design. Do not mount tightly against metal. Keep sufficient clearance on side and rear surfaces, otherwise false triggering or reduced sensing distance will occur. Suitable for independent mounting to detect metal targets on front face.

🛠️ Typical Applications

Equipment limit detection, conteggio, metal presence confirmation, posizionamento del trasportatore, machine tool fixture detection, compatible with digital inputs of Mitsubishi / PLC Siemens.

🔁 Domestic Replacement Reference

Square 17×17mm, N.NPN, non schermato, 5mm sensing proximity sensors from brands such as Hugong, Autonica.

Wiring Diagram for TL-Q5MC1-Z (N.NPN)

Wiring rule: Brown = Positive, Blue = Negative, Black = Signal

Marrone: DC+ 24V

Blu: DC0V

Nero: Uscita NPN (when iron approaches → black wire pulled to 0V, indicator ON)

This is non-shielded type. Side and rear surfaces cannot be close to metal to avoid false trigger.

1) Drive intermediate relay (independent load test)

Brown → 24V+

Blue → 24V-

Black → One terminal of relay coil

The other terminal of relay coil → 24V+

✅ Iron detected: Relay energized; No iron: Relay de-energized

2) MitsubishiFX (sink input, più comune)

Marrone: 24V+

Blu: 0V

Nero: X0 (X input terminal)

PLC COM terminal: Connect to 24V+

Ingresso lavello: X point detects 0V signal → input LED ON, matching NPN output

3) Siemens S7-200SMART / S7-1200 (DI sink wiring)

Marrone: 24V+

Blu: 0V

Nero: I0.0 (DI terminal)

Input common terminal 1M: Connect to 24V+

Nota: Siemens DI supports sink/source switching. NPN sensor requires 1M connected to +24V. If 1M is connected to 0V, it is for PNP sensors, this model cannot work.

4) OMRON CP1E/CP1H

Marrone: 24V+

Blu: 0V

Nero: Input terminal (per esempio. 0.00)

COM: Connect to 24V+

⚠️ Importante: Sensor power supply and PLC power supply must share the same GND (0V connected together), otherwise signal jitter and unstable detection.

1. Quick Multimeter Test Method (Test before power-on to avoid damage)
2. Cablaggio: Brown to 24V+, Blue to 0V, black wire open-circuit
3. No iron nearby: Voltage on black wire ≈ 24V, indicator OFF
4. Iron block close to front face (≤4mm): Voltage on black wire ≈ 0V, indicator ON
5. Iron removed: Back to 24V, indicator OFF

If the performance is inconsistent → sensor damaged or wiring error

III. Troubleshooting List for TL-Q5MC1-Z

1. Installazione & Specifiche di cablaggio (Non-shielded Priority)
2. Distanza di rilevamento: Practical working distance ≤4mm, avoid using the 5mm limit
3. Mounting clearance: Keep ≥15mm clearance between sensor side/rear and metal. Shielded type can be flush mounted.
4. Multi-sensor side-by-side installation: Center distance ≥30mm between two TL-Q sensors to prevent mutual interference
5. Cavo: Standard 2 metri; If extended, shielded cable is recommended, schermo messo a terra a un'estremità; Do not run together with inverter / servo power cables
6. Minimum iron target: Iron plate ≥17×17×1mm. Small workpiece causes unstable detection.
7. Emergency Conversion Solution

If PLC only supports source input (COM connected to 0V) and only TL-Q5MC1-Z (NPN) disponibile:

Use the NPN output to drive a DC24V miniature relay, then feed the relay dry contact to PLC input for signal isolation conversion.

Typical Application Cases of TL-Q5MC1-Z (N.NPN, Non schermato, 5mm)

Core constraints: Only detect ferromagnetic metal; reserve clearance from surrounding metal for non-shielded type; response frequency 500Hz; N.NPN, signal ON when metal approaches

Caso 1: Workpiece arrival detection on conveyor line (più ampiamente utilizzato)

Scene: Trasportatore a nastro, tooling pallet assembly line, confirm iron/stainless steel workpiece arrives at station

Soluzione: Sensor mounted at side of station, small iron sheet installed on pallet as target. When pallet arrives and iron sheet enters 0–4mm sensing zone, NPN signal sent to PLC input

Logica: Signal ON → stop conveyor, start clamping / lavorazione / marcatura; Signal OFF → release

Note:

Keep ≥15mm gap between conveyor frame metal and sensor side to avoid false trigger

Alluminio / copper workpiece cannot be directly detected, add iron target plate

PLC compatibile: MitsubishiFX, Siemens S7-200SMART (sink input)

Caso 2: Origine & hard limit for machine slide / manipolatore

Scene: Small CNC equipment, servo slide, transfer manipulator origin homing and overtravel protection

Soluzione: Iron target plate fixed on slide side, sensor installed at origin position. When slide returns home, segnale di innesco, PLC reset position and confirm origin completion. A second sensor can be used as overtravel limit.

Vantaggio: Non-contact, nessuna usura meccanica, better durability than mechanical limit switch under oil and iron chip environment

Risk reminder: Non-shielded type cannot attach to machine sheet metal, use bracket for floating installation. Iron chips accumulated on sensing surface will cause continuous false trigger, regular blow cleaning required.

Caso 3: Gear / rotary table speed detection & pulse measurement

Scene: Indexing table, motor driven gear, rotary fixture, misurazione della velocità, stall detection, controllo sincrono

Soluzione: Ferromagnetic gear teeth aligned to sensor, pulse output when teeth pass by. PLC high-speed counter collects pulses to calculate rotation speed and stall status.

Upper limit: Massimo. 500Hz, suitable for low-speed rotary table (low RPM), not for high-speed spindle

Messa in servizio: Gap between tooth top and sensor controlled at 2–3mm; tooth width cannot be too small to guarantee stable pulse.

Caso 4: Counting screws, nuts and stamping small parts

Scene: Vibratory feeder discharge, stamping blanking, hardware assembly machine, count ferrous parts

Soluzione: Sensor mounted beside vibratory feeder track, trigger one pulse when screw passes sensing zone. PLC accumulates count, alarm or stop machine when reaching set value.

Punto dolente: Repeated triggering for fast passing small parts; add debounce delay / single pulse latch in PLC program

Limitazione: Only ferrous parts; weak magnetic stainless steel has reduced sensing distance, reduce gap accordingly.

Caso 5: Cilindro / clamping fixture status feedback

Scene: Pneumatic clamping mechanism, fixture cylinder, confirm jaw clamping completion

Soluzione: Iron target plate fixed at end of cylinder piston rod, sensor installed at cylinder tail. When cylinder extends to clamp, iron sheet approaches sensor and signal ON, PLC confirms clamping finished and allows next action.

Confronto: Better than cylinder magnetic switch — no risk of magnet demagnetization; Svantaggio: Extra metal target plate needed.

Caso 6: Low-level material alarm for ferrous bulk material silo

Scene: Iron powder, iron chips, steel ball silo, low material level alarm (lower limit detection)

Soluzione: Sensor installed at lower side wall of silo. When material level higher than sensor, metal material covers sensing surface, signal ON; when material level drops below sensor, signal OFF, PLC triggers low material alarm for feeding reminder.

Limitazione: Only for ferromagnetic bulk material; clean sensing surface regularly under heavy dust environment.

Caso 7: Metal part presence confirmation & missing part check for packaging machine

Scene: Auto parts and hardware packaging machine, confirm iron gasket / iron clip is loaded

Soluzione: Sensor fixed at station. When packaging is in place and target detected, normale; no signal = missing part, trigger reject mechanism.

Note: Packaging machine frame has lots of metal, isolate sensor with bracket, cable shielding required, keep away from inverter power cables.

Caso 8: Magazzino automatizzato & turnover pallet identification

Scene: Roller conveyor pallet positioning, iron sheet pre-installed on pallet bottom for station positioning and diverting

Soluzione: Sensor mounted above or side of roller frame. When pallet flows to target station, iron sheet triggers signal, PLC stops roller and starts scanning or transfer action.

Multi-sensor mounting: Center distance ≥30mm between two TL-Q sensors to avoid mutual interference.

Selezione generale & Field Troubleshooting Summary for this Model

1. Produzione: N.NPN, cannot directly connect to PLC source input (COM a 0 V); intermediate relay conversion required
2. Montaggio: Non a filo / non schermato, do not mount against metal, ≥15mm clearance reserved for side and rear metal
3. Target object: Standard target 17×17×1mm iron plate; sensing distance decreases for stainless steel / weak magnetic stainless steel; aluminum and copper barely detectable
4. Ambiente: IP67, splash-proof and dust-proof, non per l'immersione a lungo termine; suitable for machine tool, trasportatore, stampaggio, packaging and light automation
5. Non adatto a: Counting speed >500Hz, long-distance detection, aluminum/copper/plastic workpiece, flush mounting inside metal housing
6. Complete Model List of TL-Q Series (17×17mm Square, Non schermato, DC24V)

Basic specs: Non a filo (non schermato), 5distanza di rilevamento mm, 500Hz response frequency, DC10～30V, IP67; suffix -Z = standard 2m cable for domestic market; -F-Z = oil-resistant cable; -R = robot flexible cable; ending digit 5 = anti-interference frequency variant

1) DC 3-wire type (Corrente principale, TL-Q5MC / TL-Q5MB)

Uscita NPN (C=NPN)

1. TL-Q5MC1-Z: Normalmente aperto (NO) (your target model)
2. TL-Q5MC2-Z: Normalmente chiuso (NC)
3. TL-Q5MC1-F-Z: Oil-resistant cable, N.NPN
4. TL-Q5MC2-F-Z: Oil-resistant cable, NPN NC
5. TL-Q5MC1-R: Robot flexible cable, N.NPN
6. TL-Q5MC15: Different frequency anti-interference, N.NPN (for dense side-by-side installation)

Uscita PNP (B=PNP)

1. TL-Q5MB1-Z: Normalmente aperto (NO)
2. TL-Q5MB2-Z: Normalmente chiuso (NC)
3. TL-Q5MB1-F-Z: Oil-resistant cable, PNP n
4. TL-Q5MB2-F-Z: Oil-resistant cable, PNP NC
5. TL-Q5MB15: Different frequency anti-interference, PNP n

2) DC 2-wire type (TL-Q5MD, non-polar 2-wire)

1. TL-Q5MD1-Z: Normalmente aperto (NO)
2. TL-Q5MD2-Z: Normalmente chiuso (NC)
3. TL-Q5MD15: Different frequency anti-interference, NO
4. TL-Q5MD1-R: Flexible robot cable, 2-wire NO

3) Smaller variant of same series (2distanza di rilevamento mm, 8×9mm)

TL-Q2MC1: N.NPN, DC3-wire, 2distanza di rilevamento mm, no NC version.

1. Scomposizione del codice modello (TL-Q5M C 1 -Z)

TL-Q: Square non-shielded type

5: Sensing distance 5mm

M: Standard cable lead type

C: NPN; B: PNP; D: DC 2-wire

1: Normalmente aperto (NO); 2: Normalmente chiuso (NC)

-Z: Domestic standard 2m cable; -F-Z: Oil-resistant; -R: High-flex cable; ending 5: anti-interference different frequency

III. TL-N Series (Stesso schema, reference for larger sensing distance)

1. TL-N5ME1/ME2: 25×25mm, 5mm, NPN
2. TL-N7MD1/MD2: 7mm, DC 2-wire
3. TL-N12MD: 12mm; TL-N20MD: 20mm
4. Frequently Ordered Standard Models (2cavo standard da m)
5. N.NPN: TL-Q5MC1-Z (ampiamente fornito)
6. NPN NC: TL-Q5MC2-Z
7. PNP n: TL-Q5MB1-Z
8. PNP NC: TL-Q5MB2-Z
9. DC 2-wire NO: TL-Q5MD1-Z
10. Additional Selection Notes
11. All models are non-shielded (non a filo), ≥15mm clearance required between side/rear and metal, cannot mount directly on sheet metal.
12. Only for ferromagnetic metal; sensing distance reduced for stainless steel; aluminum and copper are almost undetectable.
13. When multiple sensors are installed side by side, select models ending with 5 (different frequency) to avoid mutual interference.