High-Pressure Jet Filter Dust Collector | TBLMy Series
Industrial jet pulse dust collector with quick-change bags, big access door, optional AP gauge and explosion relief. Clean, safe, efficient operation.
High-Pressure Jet Filter Dust Collector
A compact, cyclone-inlet, pulse-jet dust collector engineered for grain, feed, food, building materials, wood, and chemical plants. Quick-change bags, large access door, ≥99% removal efficiency, and air volumes from 2,160 to 32,400 m³/h keep your lines clean with minimal downtime.
Specifications
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OVERVIEW
Who uses it, what it does, and why it pays
Summary
Dust enters tangentially to create centrifugal action: coarse particles drop into the hopper; fine dust loads the filter bags. A multi-loop pulse controller actuates TDFK solenoid valves for precise air-jet cleaning, keeping bags permeable and ΔP low. Box construction with a large access door simplifies service, while a patented quick on/off bag mechanism speeds changeovers. Optional differential pressure gauge aids monitoring; explosion relief panel can be specified for compliant installations.
Applications & Materials
Industries: Animal feed, Aqua feed, Pet food, Grain processing, Oil processing, Brewing, Light industry, Building materials, Wood, Chemical.
Materials: Corn, Wheat, Durum wheat, Oats, Paddy, Sorghum, Beans, and similar bulk solids dusts.
Model (table)
Model
Filtering Area (m²)
Air Volume (m³/h)
TBLMy8
5.6–8.4
2,160–6,480
TBLMy15
10.5–15.8
3,600–10,800
TBLMy25
17.5–26.3
4,320–12,960
TBLMy36
25.2–37.8
5,400–16,200
TBLMy52
36.4–54.6
6,480–19,440
TBLMy76
53.2–79.8
7,560–22,680
TBLMy108
75.6–113.4
8,640–25,920
TBLMy156
109.2–163.8
10,800–32,400
Key Features
Cyclone-style tangential inlet separates coarse dust for longer bag life.
Multi-loop pulse controller and TDFK solenoids for precise, reliable cleaning.
Large access door; quick on/off bag mechanism for safer, faster service.
≥99% dust removal efficiency with stable pressure drop.
Optional differential pressure gauge and explosion relief panel.
ADVANTAGES
Filtration Performance
Cyclone pre-separation plus pulse-jet cleaning keeps ΔP low and throughput high, even with fine dust.
Safety & Compliance
Optional explosion relief and ΔP monitoring help meet plant safety strategies.
Uptime & Maintenance
Big access door, bag quick-release, and modular valves reduce service time.
Integration & Footprint
Compact cylindrical housing simplifies retrofits on pits, bins, and conveyors.
FEATURES
What’s included and what you can add
Standard Features
Cylindrical housing with tangential air/dust inlet
Filter bag set with cages
Pulse-jet cleaning manifold with TDFK solenoid valves
TKZM multi-loop pulse controller
Hopper and dust outlet with airlock interface
Service access door and inspection ports
Optional Features
Differential pressure (ΔP) gauge
Explosion relief panel/vent
Inlet/outlet transition pieces and silencers
Airlock (rotary valve) and gear motor package
Stainless steel contact parts (e.g., SS304)
Control panel variants, remote I/O
MODELS
TBLMy8–25
2,160–12,960 m³/h — small pits, single transfer points.
TBLMy36–76
5,400–22,680 m³/h — multiple pickups, medium lines.
TBLMy108–156
8,640–32,400 m³/h — central filters, high-throughput receiving.
FAQ
How do I size the collector?
Match required air volume at each pickup, add diversity factor, then select the nearest model range. Keep conveying velocities within recommended limits. We can help with a sizing worksheet.
What’s the real-world dust removal efficiency?
≥99% for typical grain/feed dusts when installed and maintained correctly; fine powder performance depends on media and air-to-cloth ratio.
How are the bags cleaned?
A multi-loop pulse controller triggers TDFK solenoid valves to send short, high-pressure air jets that dislodge cake while the fan stays online.
What maintenance is required?
Inspect AP, check pulse valves and bags, empty hopper, and verify seals. Quick on/off bag design and a large door speed changeouts.
Is explosion protection available?
Yes—an explosion relief panel can be specified to meet project safety requirements. Compliance and vent sizing must be engineered per local codes.
