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D12EP6FPQ6 | Banner Engineering D12 Through-Beam Fiber Amplifier PNP
- Regular price
- $442.00
- Sale price
- $442.00
- Regular price
-
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Product Description P/N: D12EP6FPQ6
Description
The Banner Engineering D12EP6FPQ6 is a DC-powered through-beam optical fiber amplifier with a PNP discrete output, designed for high-speed object detection in industrial automation systems. It provides precise signal processing with a fast 200 µs response time and repeatability of 66 µs for reliable sensing performance. Built for DIN rail mounting, it integrates easily into control panels where compact, fiber-based sensing is required.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Banner Engineering |
| Category | Sensors |
| Part Number | D12EP6FPQ6 |
| Subcategory | Fiber Optic Amplifiers |
| Series | D12 |
| Sensing Method | Through-Beam |
| Output Configuration | PNP, Single Discrete |
| Supply Voltage | 10–30 V DC |
| Response Time | 200 µs |
| Repeatability | 66 µs |
| Light Source | Red LED (680 nm) |
| Fiber Compatibility | Plastic and Glass Fibers |
| Fiber Termination | Unterminated Plastic or T5 |
| Connection Type | Pigtail Quick Disconnect |
| Quick Disconnect Type | M12, 5-Pin |
| Housing Style | DIN Rail Mount |
| Housing Material | Thermoplastic |
| Ingress Protection | IP11, NEMA 4X |
| Operating Temperature Range | -20°C to 70°C |
| Max Relative Humidity | 90% at 50°C |
| Delay at Power-Up | 100 ms |
| Indicator Type | Bargraph LED Display |
| Cable Length | 0.15 m |
| Weight | Approx. 0.2 kg |
Information About D12EP6FPQ6
The D12EP6FPQ6 is a member of Banner Engineering’s D12 series fiber optic sensor amplifiers, engineered for use with plastic or glass fiber assemblies in through-beam sensing configurations. It features a thermoplastic DIN rail housing with NEMA 4X construction, supporting installation in control enclosures exposed to demanding environmental conditions. The unit accepts unterminated plastic fibers or T5 terminations, allowing flexible adaptation to various sensing ranges and application requirements. Equipped with a 5-pin M12 pigtail quick-disconnect and remote teach capability, it simplifies setup, calibration, and maintenance within automated systems.
Key Features:
- Through-Beam Fiber Amplifier: Designed for use with separate emitter and receiver fibers for accurate object detection.
- PNP Discrete Output: Provides a single PNP output compatible with PLC and control system inputs.
- Fast Response Time (200 µs): Ensures reliable detection in high-speed production lines.
- Teach Button & Remote Teach: Enables simple sensitivity adjustment and setup without complex programming.
- Bargraph Indicator Display: Visual signal strength indication for alignment and diagnostics.
- Wide Supply Voltage Range (10–30 VDC): Supports flexible integration into DC-powered control systems.
- M12 Quick Disconnect (5-Pin): Allows secure and efficient wiring in panel installations.
- Health/Marginal Signal Output: Assists with preventive maintenance by indicating signal stability.
The D12EP6FPQ6 delivers the reliability and precision required for high-speed industrial fiber-optic sensing and automated control applications.
Description
The Banner Engineering D12EP6FPQ6 is a DC-powered through-beam optical fiber amplifier with a PNP discrete output, designed for high-speed object detection in industrial automation systems. It provides precise signal processing with a fast 200 µs response time and repeatability of 66 µs for reliable sensing performance. Built for DIN rail mounting, it integrates easily into control panels where compact, fiber-based sensing is required.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Banner Engineering |
| Category | Sensors |
| Part Number | D12EP6FPQ6 |
| Subcategory | Fiber Optic Amplifiers |
| Series | D12 |
| Sensing Method | Through-Beam |
| Output Configuration | PNP, Single Discrete |
| Supply Voltage | 10–30 V DC |
| Response Time | 200 µs |
| Repeatability | 66 µs |
| Light Source | Red LED (680 nm) |
| Fiber Compatibility | Plastic and Glass Fibers |
| Fiber Termination | Unterminated Plastic or T5 |
| Connection Type | Pigtail Quick Disconnect |
| Quick Disconnect Type | M12, 5-Pin |
| Housing Style | DIN Rail Mount |
| Housing Material | Thermoplastic |
| Ingress Protection | IP11, NEMA 4X |
| Operating Temperature Range | -20°C to 70°C |
| Max Relative Humidity | 90% at 50°C |
| Delay at Power-Up | 100 ms |
| Indicator Type | Bargraph LED Display |
| Cable Length | 0.15 m |
| Weight | Approx. 0.2 kg |
Information About D12EP6FPQ6
The D12EP6FPQ6 is a member of Banner Engineering’s D12 series fiber optic sensor amplifiers, engineered for use with plastic or glass fiber assemblies in through-beam sensing configurations. It features a thermoplastic DIN rail housing with NEMA 4X construction, supporting installation in control enclosures exposed to demanding environmental conditions. The unit accepts unterminated plastic fibers or T5 terminations, allowing flexible adaptation to various sensing ranges and application requirements. Equipped with a 5-pin M12 pigtail quick-disconnect and remote teach capability, it simplifies setup, calibration, and maintenance within automated systems.
Key Features:
- Through-Beam Fiber Amplifier: Designed for use with separate emitter and receiver fibers for accurate object detection.
- PNP Discrete Output: Provides a single PNP output compatible with PLC and control system inputs.
- Fast Response Time (200 µs): Ensures reliable detection in high-speed production lines.
- Teach Button & Remote Teach: Enables simple sensitivity adjustment and setup without complex programming.
- Bargraph Indicator Display: Visual signal strength indication for alignment and diagnostics.
- Wide Supply Voltage Range (10–30 VDC): Supports flexible integration into DC-powered control systems.
- M12 Quick Disconnect (5-Pin): Allows secure and efficient wiring in panel installations.
- Health/Marginal Signal Output: Assists with preventive maintenance by indicating signal stability.
The D12EP6FPQ6 delivers the reliability and precision required for high-speed industrial fiber-optic sensing and automated control applications.