Product Details

Timing Belt Kit Water Pump Fit Mazda Protege BP 1.8L DOHC 16V

Model Number 1.8L
Min.Order Quantity 1 pcs
Price Negotiable

Product Features

 

3.4L/V6 Complete Timing Belt Water Pump Kit with genuine Thermostat + Hyd Tens.Nome del produttore:IKO; Fine chiuso:Not Applicable; Involucro:Not Applicable; Bearing number:KT 323723; Peso:0,0285 Kg; Carico statico di base (C0):44,8 kN; Codice tariffario armonizzato:8482.99.65.30; Descrizione lunga:32MM Bore; 37MM Outs; Separabile:No; Altre caratteristiche:C3 Clearance; Bc:23 mm; Autoallineamento:No; Diametro del foro (mm):32; Pollici - Metrico:Metric; Stringa di parole chiave:Bearing Needle;
Katech Belt Tensioner LS1/LS2/LS3 (Corvette/Camaro/CTS-V/GTO/G8) - KAT-A4425Radial Clearance:0.020 to 0.061 mm; Width (mm):42; da (min):179 mm; Size (mm):170x260x42; Limiting Speed - Grease:2,400 rpm; Weight:7.92 Kg; ra (max):2 mm; Enclosure:Open; B:42 mm; Bore Diameter (mm):170; D:260 mm; Dynamic Load Rating:161,000 N; Da max.:251 mm; Bore Size:170 mm; Factor fo:15.7; Basic dynamic load rating (C):161 kN; Outer Diameter (mm):260; Bearing number:6034; r min.:2.1 mm; Outside Diameter:260 mm;
Timing Belt Kit Tensioner Water Pump Fit 97-04 Mitsubishi Montero Sport V6 3.5LMinimum Buy Quantity:N/A; Product Group:M06288; Inventory:0.0; Manufacturer Name:KAYDON; Category:Mounted Units &; Weight:67.819;
ALT TENSIONER Belt Tensioner Assembly For Cadillac CTS Chevy Camaro 6.2 V8 39334C:30,162 mm; Dynamic load, C:222 kN; Max operating temperature, Tmax:120 °C; Inventory:0.0; Static load, C0:340 kN; Nlim (grease):2,100 rpm; Category:Bearings; e:0.47; Y2:1.28; Characteristic outer ring frequency, BPF0:10.26 Hz; Product Group:B04334; (Grease) Lubrication Speed:2 100 r/min; ra max:3.5 mm; Calculation factor (e):0,47; Db:160 mm; ra1 max.:3,3 mm; d:95,25 mm; Bearing number:4T-683/672;
Belt Tensioner Assembly for Honda Pilot Odyssey Accord 3.5L V6 2005-2011 PulleyT min.:-20 °C; N:22mm; d:65 mm; A1:44 mm; H1:27.5 mm; B:65.1 mm; Designation of housing:PE213N-; H2:156 mm; S:25.4 mm; s1:32.55 mm; N1:28 mm; L:260 mm; H:79.4 mm; Z:33.5 mm; Designation of bearing:UC213G2L3; G:R1/8"; Weight:6.16 kg; C:57.2 kN; J:203 mm; L1:77 mm;
New Listing03 04 05 06 Infiniti G35 FX Alternator P/S Belt Tensioner Adjuster Bolt 3.5L V6expansion type:Non-Expansion Bearin; base width:2-1/8 in; B:2-1/4 in; replacement bearing:UC209-27; mounting:Two-Bolt Base; radial dynamic load capacity:7420 lbf; bore type:Round; duty type:Normal Duty; lubrication type:Lubrication Fitting; D:5-3/8" to; base to bore centerline:2.1250 in; series:UCP200NP; radial static load capacity:4610 lbf; d:1.6875 in; overall length:7.5000 in;
Belt Tensioner Assembly Fits: Hyundai & Kia V6 3.3L 3.5L 3.8LCategory:Cylindrical Roller B; D:5.512 Inch | 140 Mil; UNSPSC:31171547; Inch - Metric:Metric; Number of Rows of Rollers:Double Row; Cage Material:PPS Resin; Precision Class:ABEC 7 | ISO P4; Harmonized Tariff Code:8482.50.00.00; d:3.543 Inch | 90 Mill; Internal Clearance:CC1; Noun:Bearing; Separable:Outer Ring - Both Si; B:1.457 Inch | 37 Mill; Weight:1.97; Weight / LBS:4.343; Retainer:Yes; Bore Profile:Tapered;
Drive Belt Tensioner Assembly Fit for Toyota Lexus 3.5L 4.0L V6 16620-31040Diametro esterno (mm):8,000; Larghezza (mm):3,000; Marchio:NTN; B:3,000 mm; C:3,000 mm; Diametro del foro (mm):4,000; D:8,000 mm; Dimensione (mm):4x8x3; Bearing number:F-WB-8ZZ; d:4,000 mm;

 

 

No.BrandKALNBaDe
2011-2014- - - - - 19 mm - 68 mm -
3.5L- - - 260 mm22mm65.1 mm - - -
04-10- - - - - - - 1.6535 in -
97-04- - - - - - - - -
02-06- - - - - - - - -
S60- - - - - - - 1.654 Inch | 42 Mill -
91107- - - - - - - - -
3.4L/V6- - - - - - - - -
3.5L- - - - - 3,000 mm - 8,000 mm -
F-150- - - - - 28mm - 110mm -
2001-2006- - - - - - - - -
6.2- - - - - - - - 0.47
2006-2011- - - - - 95 mm - 500 mm -
A4- - - - - - - - -
31170-PNA-023- - - - - - - 4.76 Inch | 120.9 Mi -
91-99Dodge - - - - 1.625 Inch | 41.275 - 0 Inch | 0 Millimete -
Listing03- - - - - 2-1/4 in - 5-3/8" to -
04-11Dodge - 20 mm19 mm - - - 12 mm -
88-92- - - - - - - - -
1pc- - - - - - - - -
3.5L- - - - - 48 mm118 mm290 mm -
LS1/LS2/LS3- - - - - 42 mm - 260 mm -
V6- - - - - 1.457 Inch | 37 Mill - 5.512 Inch | 140 Mil -

 

Timing Belt Kit Water Pump Fit Mazda Protege BP 1.8L DOHC 16V Video

 

V-BELT TENSIONING - Clark Transmission

The Tension-Finder should not be used with aramid or glass cord belts. SPRING LOADED V-BELT. TENSIOMETER. Page 2. 2.

How to Tension a V-Belt - It Still Runs

Check the tension of the belt by pushing inward on the belt with your hands. The belt should have no more than a 1/2 inch of slack to be properly tensioned.

Proper V-belt Tensioning & why does it matter? - Motion+Drives

Aug 5, 2020 — If a belt has too little tension, it could result in a multitude of issues, including; slippage, excess heat, and premature belt and pulley wear ...

V Belt Tension Methods & Instructions: Easily Align Pulleys

Using a spring scale, press down on the belt in the approximate center of the span, and deflect the belt to the desired level. When the desired deflection ...

proper belt tensioning - Bestorq

V-belts operate on friction; the friction is multiplied by the mechanical advantage of the wedging principle. Correct V-Belt tensioning is the single.

How to Tension a V-Belt (& How Not to)

Feb 5, 2018 — The proper tension is the lowest tension at which the belt won't slip or squeal under peak load. However, there is still a wide range of tension ...

Belt Tension Calculator - Gates

Proper belt tension ensures optimum performance of a vehicle's accessory belt drive system. Select from the dropdown options below to find the appropriate ...

Installation, Tensioning & Maintenance of V-Belts

Improper belt tension is the leading cause of premature belt failure and increased costs. Under-tensioned belts lead to slippage, overheating, excessive pulley ...

Measuring Belt Tension - Greenheck

This article discusses several methods for measuring the belt tension for V-belts commonly used in HVAC applications. Tensioning the belt is often done.

Tensioning belt drives | Plant Engineering

Mar 1, 1999 — The most common method for drive tensioning is “force deflection.” A predetermined force is applied to the open span of the belt drive (Fig. 2).
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