| Brand Name: | Optional |
| Model Number: | T4DB160 |
| MOQ: | 1.PCS |
| Price: | Negotiable |
| Delivery Time: | Within 3 days |
| Payment Terms: | T/T,Paypal |
1. Product Overview
T4DB160 is metric standard single row separable tapered roller bearing, standard overall dimension d160×D220×T32mm, belonging to T4DB standard size series tapered roller bearing. It consists of separable inner cone (with rollers and stamped steel cage) and independent outer cup split assembly, inclined tapered roller raceway can simultaneously bear large radial load and one-way axial thrust composite load.
All inner ring, outer ring and tapered rollers adopt fully quenched GCr15 high carbon chromium bearing steel, ultra-precision mirror grinding raceway surface, uniform line contact stress distribution, excellent resistance to alternating heavy impact load under long-time continuous operation of heavy equipment. Separable split design supports separate installation of shaft and bearing housing, greatly simplify disassembly, maintenance and preload adjustment work of heavy transmission system. Widely matched heavy industrial gear reducer, mining equipment transmission shaft, metallurgical auxiliary machinery, large construction machinery walking drive assembly and heavy pump rotating support positions.
Model: T4DB160
Boundary dimensions(mm): Bore d=160, Outer diameter D=220, Total width T=32, Cone width B=30, Cup width C=23
Min fillet radius r1,r2=r3,r4=3mm
Pressure point distance a=44.43mm, contact angle 17.96°
Structure: Single row tapered roller bearing, separable cone & cup, stamped steel cage, open type
Raw material: GCr15 bearing steel for cone, cup and tapered rollers
Basic dynamic radial load Cr: 257kN
Basic static radial load C0r: 415kN
Fatigue load limit Pu: 41.5kN
Limiting rotating speed: Grease 2000 r/min, Oil 2600 r/min
Single bearing net weight: 3.25kg
Load coefficient: e=0.48, Y=1.25, Y0=0.7
Operating temperature range: -40℃ ~ 120℃
Mounting shoulder reference: da max=172mm, Da min=204mm, Da max=206mm
Complete heavy reducer installation drawings, composite load matching selection guide and long-cycle alternating impact durability test reports can be provided upon customer request.
T4DB160 single row separable tapered roller bearing is core heavy composite load rotating spare part for metallurgy, mining and heavy construction machinery:
If you need T4DB160 separable single row tapered roller bearings for heavy industrial reducer manufacturing, mining metallurgical equipment assembly and heavy machinery maintenance bulk matching, send your purchase inquiry directly.
You will receive full professional supporting services after submitting inquiry:
Fast official factory sealed formal quotation reply within 24 working hours
One-on-one composite radial-axial load calculation, double bearing back-to-back pairing preload scheme and heavy shaft housing installation technical guidance from professional tapered roller bearing engineers
Customized bearing performance solutions including P4 high precision upgrade and C3 enlarged clearance options
Competitive direct factory bulk wholesale price for large-volume T4DB160 single model orders
Provide your required purchase quantity, transmission equipment type and continuous heavy impact operating environment to obtain detailed formal quotation document.
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Q1: What is the structural feature of T4DB160 tapered roller bearing?
A1: It is separable cone and cup split structure, inner cone with rollers and steel cage can be separated from outer cup, convenient separate installation of shaft and bearing seat, suitable for heavy equipment requiring preload adjustment.
Q2: What load can T4DB160 bear?
A2: It mainly bears large radial load plus unidirectional axial thrust; install two bearings back-to-back to realize bidirectional axial load bearing for vertical spindle and differential shafts.
Q3: What equipment is T4DB160 most suitable for?
A3: Mainly matched heavy industrial gear reducers, mining crushers, metallurgical auxiliary rolling equipment and large construction machinery heavy drive transmission assemblies with continuous heavy impact load.