Description
⚙️ Product Overview
The ZEECO ZPF-130 ProFlame Scanner is an integrated flame detection device designed for industrial combustion systems. It provides flame presence detection and flame intensity monitoring for burners, furnaces, process heaters, and other combustion equipment.
The specified unit is MPN 048-001-3133 and is supplied with a 15-meter cable, providing additional installation flexibility between the scanner and control equipment.
The ZPF-130 is designed for non-hazardous areas and uses digital signal processing with adjustable frequency and gain settings. Its integrated display and flame-status indicators also assist with commissioning and troubleshooting.
🔧 Key Features
- Model: ZPF-130
- Series: ProFlame
- MPN: 048-001-3133
- Integrated flame scanner design
- Suitable for non-hazardous areas
- 24 VDC supply
- Approx. 4 W power consumption
- Adjustable gain and frequency settings
- Digital flame-signal processing
- Flame-On / Flame-Off status indication
- 4–20 mA flame-intensity output
- SPDT flame-status relay
- IP67 / NEMA 4X environmental protection
- Operating temperature from approximately -40°C to +75°C
- Supplied configuration includes a 15-meter cable
📊 Product Datasheet
| Parameter | Specification |
|---|---|
| Brand | ZEECO |
| Model | ZPF-130 |
| MPN | 048-001-3133 |
| Series | ProFlame |
| Product Name | Integrated Flame Scanner |
| Application | Industrial Combustion / Burner Flame Detection |
| Supply Voltage | 24 VDC ±20% |
| Power Consumption | 4 W |
| Flame Intensity Output | 4–20 mA |
| Cable | 15-meter cable included |
| Protection Rating | IP67 / NEMA 4X |
| Operating Temperature | -40°C to +75°C |
| Approx. Weight | 0.6 kg |
🏭 Typical Applications
The ZPF-130 can be used in combustion-control systems where reliable flame detection and flame-status feedback are required.
Typical applications include:
- Industrial burners
- Process heaters
- Boilers and furnaces
- Duct burners
- Thermal oxidizers
- Refinery combustion equipment
- Power-generation combustion systems
- Wastewater treatment plants
- Chemical processing facilities
- Oil, gas, biomass, and waste-fuel combustion systems
The ZPF-130 is particularly suited to single-burner and smaller multiple-burner applications where adjustable flame-frequency and gain settings are useful for distinguishing the target flame signal.
🔌 Control & Monitoring Functions
Flame Detection:
The scanner monitors the optical flame signal and provides a direct flame-status indication to the combustion-control system.
Flame Intensity Monitoring:
A 4–20 mA output provides a continuous representation of flame intensity for monitoring and control purposes.
Relay Output:
The scanner provides an SPDT flame-status relay, allowing the flame-on and flame-off state to be integrated with burner management or safety logic.
Configuration:
Adjustable frequency and gain settings allow the scanner to be configured for different burner and flame conditions.
Troubleshooting:
LED indicators and the integrated display help maintenance personnel evaluate flame status and assist during commissioning.
🛠️ Installation & Maintenance
🔹 Verify the part number: Confirm 048-001-3133 and the ZPF-130 model before replacing an existing scanner.
🔹 Power supply: Confirm a regulated 24 VDC supply and correct polarity before energizing the scanner.
🔹 Cable inspection: Since this listing includes a 15-meter cable, inspect the entire cable assembly for cuts, insulation damage, moisture ingress, or connector contamination.
🔹 Optical alignment: Correct sighting of the scanner toward the target flame is important. The scanner’s aiming function can assist during commissioning.
🔹 Purge air: Where the installation uses purge air, ensure the air is clean, dry, cool, and supplied according to the applicable installation requirements.
🔹 Flame signal: Check the flame-status indicators and 4–20 mA output during commissioning.
🔹 Environmental protection: Keep the scanner housing, sight window, and mounting arrangement clean. Avoid excessive dust, soot, oil deposits, or condensation on the optical path.
⚠️ Safety Note: Flame scanners are part of burner safety systems. Replacement, adjustment, and commissioning should be performed by qualified combustion-control personnel following the applicable burner management and site safety procedures.
❓ Common Questions & Answers
Q1: What is the ZEECO ZPF-130?
A: It is an integrated ProFlame flame scanner for detecting and monitoring burner flame conditions.
Q2: What is the part number for this unit?
A: The specified MPN is 048-001-3133.
Q3: Does this unit include a cable?
A: Yes. The specified product configuration includes a 15-meter cable.
Q4: What supply voltage does the ZPF-130 require?
A: The scanner uses a 24 VDC ±20% supply.
Q5: What type of output does the scanner provide?
A: It provides flame-status relay output and a 4–20 mA flame-intensity output.
Q6: Is the ZPF-130 suitable for hazardous areas?
A: The ZPF-130 is the ProFlame model intended for non-hazardous areas. Hazardous-area installations require the appropriate scanner model and certification.
Q7: What is the operating temperature range?
A: The published operating range is approximately -40°C to +75°C.
Q8: Can the ZPF-130 replace another flame scanner?
A: Replacement depends on the burner system, mounting arrangement, optical requirements, electrical connections, and control-system configuration. Verify compatibility before substitution.
⭐ Recommended ZEECO Models
- ZEECO ZPF-110 ProFlame Flame Scanner
- ZEECO ZPF-120 ProFlame Flame Scanner
- ZEECO ZPF-130 ProFlame Flame Scanner
- ZEECO ZPF-210 ProFlame Flame Scanner
- ZEECO ZPF-220 ProFlame Flame Scanner
- ZEECO ZPF-230 ProFlame Flame Scanner
- ZEECO ZPF-1100 ProFlame+ Flame Scanner
- ZEECO ZPF-1200 ProFlame+ Flame Scanner
- ZEECO ZPF-1200UV ProFlame+ UV Scanner
- ZEECO ZPF-1200IR ProFlame+ IR Scanner
📦 Spare-Parts Recommendation
For burner management and combustion-control maintenance, the ZEECO ZPF-130, MPN 048-001-3133 can be maintained as a dedicated replacement spare where the installed system uses this configuration.
Before installation, verify the scanner model, MPN, cable length, power supply, mounting arrangement, flame-sensing requirements, and burner-control interface. Keeping a correctly matched spare can reduce downtime when a flame-detection device requires replacement.
