Friday, August 28, 2015

Daihatsu JB-JL and JB-DET Spark Plug























Kancil L5 with Daihatsu JB-JL engine and Kancil L9 with Daihatsu JB-DET engine, although in the same JB series of engine, but using a different type of spark plug.

From the Denso official website, we can found Daihatsu JB-JL spark plug is more straight forward, using the Denso part number of K22TNR, which this spark plug also use on EF-RL engine.
















For Daihatsu JB-DET engine, it seem got many type of Denso code which actually we also don't know what differences between them, most commonly code may be K20TNR, but code number like VK20Y, SVK20R-28, SVK20R-Z11 also can be found in the list, or may be it is for the iridium specification.

Sunday, August 16, 2015

Toyota 1JZ-GTE VVTI Top Set Gasket























It seem Toyota 1JZ-GTE engine have a so call VVTI version and non VVTI version, so what is the difference between this 2 version in their engine gasket?

The rocker cover gasket, both using 2pcs of it, the VVTI version is using 2pcs difference rocker cover gasket which one of it is shorter then the other piece, and the non VVTI using 2pcs of same rocker cover gasket.

The inlet surger manifold gasket for VVTI type is thicker then the non VVTI type.

And the exhaust manifold gasket is difference between this 2 version.  

Monday, August 3, 2015

What is "NA" engine stand for?



























Sometime, we hear people talk about "NA" engine and "Turbo" engine, or when you need some engine gasket, your supplier may ask you your engine is "NA" type or "Turbo" type?

For "Turbo" type of engine, some may feel very straight forward that is a turbocharger bolt on engine, but for "NA" engine, do you just call it as engine that don't have turbocharger on it? Of course not.

"NA" is actually stand for Naturally Aspirated, so what does it mean? Here again with the help of Google search and Wikipedia, let see how is their definition on it.

In a naturally aspirated engine, air for combustion (diesel cycle in a diesel engine, or specific types of Otto cycle in gasoline engines – namely gasoline direct injection), or an air/fuel mixture (traditional Otto cycle petrol engines) is drawn into the engines cylinders by atmospheric pressure acting against a partial vacuum that occurs as the piston travels downwards toward bottom dead centre during the intake stroke. Owing to innate restriction in the engine's inlet tract which includes the intake manifold, a small pressure drop occurs as air is drawn in, resulting in avolumetric efficiency of less than 100 percent – and a less than complete air charge in the cylinder. The density of the air charge, and therefore the engine's maximum theoretical power output, in addition to being influenced by induction system restriction, is also affected by engine speed and atmospheric pressure, the latter which decreases as the operating altitudeincreases.
This is in contrast to a forced induction engine, in which a mechanically driven supercharger, or an exhaust-driven turbocharger is employed to facilitate in increasing the mass of intake air beyond what could be produced by atmospheric pressure alone.
As a two-stroke diesel engine is incapable of natural aspiration as defined above, some method of charging the cylinders with scavenging air must be integrated into the engine design. This is usually achieved with a positive displacement blower driven by the crankshaft. The blower does not act as a supercharger in this application, as it is sized to produce a volume of air flow that is in direct proportion to engine's requirement for combustion, at a given power and speed.
By the Society of Automotive Engineer's definition, a mechanically scavenged two-stroke diesel engine is considered to be naturally aspirated.

What is a Naturally Aspirated Engine ?


A naturally-aspirated engine refers to an internal combustion engine that is neither power enhanced with a turbocharger or supercharger. Most motor vehicle engines are naturally-aspirated engines; however, turbocharging and supercharging are currently a very popular way of boosting power output for a number car marques. Jaguar enjoys the benefits of its very quick supercharged models. Subaru, Saab, Mitsubishi and Nissan all have turbocharged models in their range of cars. Most road-going diesel-engine vehicles will use turbochargers and intercoolers too. This is because naturally aspirated diesel engines generally cannot offer a suitable level of power for everyday driving conditions.
In a naturally aspirated engine, the air/fuel mixture is forced into the cylinders by a vacuum caused by the cylinder movement, natural atmospheric pressure, and the venturi effect upon the opening of the inlet valves. In a turbocharged or supercharged engine, the fuel mix is forced into the combustion chamber under a greater pressure and this is therefore referred to as a forced induction engine.
When comparing a naturally asperated engine with a turbocharged or supercharged engine of the same displacement, the naturally aspirated engine will generally give less power. The simpler design of the naturally aspirated engines mean that they tend to be cheaper to produce en masse.
Many motor racing series like the big Aussie V8 Super-cars specify that only naturally aspirated engines be used in the cars to limit power and speed. NASCAR, Indy-Car and Formulas One sit also in this category. One of the main reasons for the limiting is also to ensure that the cost of producing the racing engines is not excessive and beyond the reach of some of the manufacturers. We hope that helps answer the question ‘What is What is a Naturally Aspirated Engine ?’!

Sunday, July 19, 2015

Mitsubishi Evolution IX Full Set Gasket


















Mitsubishi Evolution IX or EVO 9 is probably the last EVO series to use the 4G63 engine, and this 4G63 engine is also may be the latest version of 4G63 engine, or will it probably last version?

Evolution IX

Ninth generation
EvoIX.jpg
Overview
ProductionMarch 2005 – October 2007(August 2006-Late 2008 MR)
Body and chassis
PlatformCT9A
CT9W
Powertrain
Transmission5-speed manual
6-speed manual
5-Speed Automatic (wagon)
Dimensions
Wheelbase2,625 mm (103.3 in)
Length4,490 mm (176.8 in)
Width1,770 mm (69.7 in)
Height1,450 mm (57.1 in)
Curb weight1,310–1,490 kg (2,888–3,285 lb)
Mitsubishi introduced the Lancer Evolution IX in Japan on March 3, 2005, and exhibited the car at the Geneva Motor Show for the European market the same day. The North American markets saw the model exhibited at the New York International Auto Show the following month. The 2.0 L 4G63 engine has MIVEC technology (variable valve timing), and a revised turbocharger design boosting official power output at the crankshaft to 291 PS (214 kW; 287 hp) and torque to 392 N·m (289 lb·ft).
The USDM Lancer Evolution IX models: standard (Grand Sport Rally or "GSR" in some markets), RS (Rally Sport), SE (Special Edition) and MR (Mitsubishi Racing) varied slightly in their performance capabilities. Subtleties unique to each model accounted for variations in acceleration, handling and top speed. The RS excluded features standard on the standard, SE and MR models (stereo system, power windows and locks, rear wiper, rear wing, trunk lining and sound insulation). The result is a weight savings of over 60 lb (27 kg). The fuel capacity remains the same as the Evo VIII at 14 US gal (53 L).
Although the RS is the lightest of the group, the RS did not manage to outperform the standard IX and the MR around a road course (even if only by fractions of a second). This was purported to be due to the lack of a rear wing on the RS. In a drag race, the three models are all about even. They are all capable of 0-60 times between 4.2-4.5 seconds, and can run quarter mile times ranging from 12.6 to 13.3 (12.7-13.0 USA versions) seconds depending on the model/driver. The RS model was produced for rally and racing teams who wanted a platform to build a race car from. It is stripped of all the creature comforts, and other upgrades that drive the price up for features that the race teams would not require.
The IX MR retained the features of the Evolution VIII MR, like Bilstein shocks, a 6-speed manual transmission, a rooftop vortex generator, BBS forged wheels, HID xenon headlights, foglights, accessory gauge package, "zero lift" kit, special badging and an aluminum roof. All models continued to sport Recaro bucket seats, Brembo brakes and Momo steering wheels. Additional revisions from 2005 included a closer gear ratio for the 5-speed manual transmission, new lighter Enkei wheels on non-MR models, a redesigned front end with a more efficient air dam (the most noticeable feature are the two small oval ducts to cool the intercooler pipes), and a new rear bumper with a diffuser undersurface to smooth out the airflow coming out of the car for non-US models. In an effort to reduce the price increase on the Evolution IX model,[citation needed] HID headlights were no longer standard equipment on the base IX (nor were they standard on the 2005 VIII), and were available only in the SSL package (Sun, Sound, and Leather), SE (Special Edition) and MR trims.
The US versions of the Lancer Evolution IX did not come with the AYC but the ACD was still present. The drivers can select from three different driving modes, "Tarmac" "Gravel" and "Snow", and the car's computer system relatively promotes the active center differential to change the differential locking which, Despite popular belief, this switch DOES NOT change the torque split. The differential is geared at 50:50 and cannot be changed by the push of a button. What this switch actually does is quite simple. Each setting determines how long the ACD will delay in freeing the center differential after a steering input is made. In addition, it will determine how much locking force the ACD will exhibit on the clutch pack and center differential.
Tarmac is the setting to be used in dry, paved conditions. In this setting, the ACD will almost immediately allow the center differential to go into a free state upon detecting a steering input. Additionally, this mode provides the strongest limited-slip clamping force of the three modes. Although the US versions did not come with the AYC, it did come with a rear 1.5way clutch type LSD (limited slip differential)which, limits the slip from both rear wheels causing less traction loss of the rear wheels. The most common setup is the 1.5 way LSD, locking on throttle and partially locking on braking. In racing, Lancer Evolutions are not equipped with AYC or ACD because it is believed that better lap times are achieved by pure driver skill without any computer based assistance systems.
One of the changes from the previous iteration of the Lancer Evolution, was the change in the engine, the new 4G63 came with MIVEC, Mitsubishi's variable valve lifting technology, which drastically improves the fuel consumption by changing the valve timing on the intake cam. The MIVEC system is similar to Honda's i-VTEC system only that it doesn't change valve lift, only intake valve timing.
Three trims were available for Japan, Asia and Europe. Although all models used the same 291 PS (214 kW; 287 hp) engine, the torque differed from one model to another. In Europe, however, the Evolution IX was advertised to have 280 PS (206 kW; 276 hp). The GSR produced 400 N·m (295 lb·ft) of torque, while the RS and GT produced 407 N·m (300 lb·ft).
  • RS – "rally sport", revised 5-speed, aluminium roof, gauge pack, minimal interior, LSD and a titanium-magnesium turbine, left-hand drive option available.
  • MR RS – same as RS with 6-speed Manual Transmission.
  • GT – revised 5-speed, this is basically the RS mechanically, but with some of the GSR's features (mainly interior pieces).
  • GSR – 5-speed, Bilstein monotube shocks, aluminium roof, gauge pack, SAYC (Super Active Yaw Control), and double-din radio (this is roughly equivalent to the USDM MR).
  • MR GSR – same as GSR with BBS 17-inch alloy wheels and 6-speed Manual Transmission.
  • MR Tuned by RALLIART – Based on Lancer Evolution VI Tommi Makinen Edition, The Japanese Lancer Evolution IX was exclusively tuned by Mitsubishi Ralliart features the almost same as the civilian Evo IX MR GSR except for Carbon Fiber front lip Spoiler, Official Ralliart livery, Ralliart RA04 17-inch Black forged aluminum wheels.
In the United Kingdom, the Evolution IX used a different model scheme based on the car's horsepower. There were initially three models available: the FQ-300, FQ-320 and FQ-340 each with around 300(296/221), 320(316/236) and 340(336/250) PS(BHP/KW) respectively. An FQ-360 model was subsequently released as a successor to the Evolution VIII FQ-400. While the new FQ-360 produced less horsepower than its predecessor, it had more torque at 363 lb·ft (492 N·m) at 3200 rpm. All four models were designed to run on super unleaded petrol only. The MR FQ-360 was also released in limited numbers (only 200) in the last year of production.
  • FQ-300, 320, 340 – 6-speed, Bilstein monotube shocks, AYC (Active Yaw Control), super unleaded petrol only
  • FQ-360 – 6-speed, Bilstein monotube shocks, AYC (Active Yaw Control), Ralliart Sports Meter Kit, carbon front splitter, Speedline alloy wheels, super unleaded petrol only
  • MR FQ-360 – New turbo with titanium aluminium alloy turbo fins, Speedline Turini alloy wheels, Privacy Glass, Lowered Eibach Coil springs (10mm at the front/ 5mm at the rear), IX MR interior, super unleaded petrol only
Four models were available in the US. All models used the same 286 hp (213 kW) engine.
  • Standard – revised 5-speed, standard model
  • RS – ralli sport, revised 5-speed, aluminum roof, gauge pack, minimal interior, also no radio
  • SE – Special Edition, aluminum roof/hood, and front fenders, split seven-spoke forged aluminum BBS wheels in "diamond black" finish, HID headlights with integrated fog lights, red-stitched Recaro seats
  • MR – 6-speed, Bilstein monotube shocks, split seven-spoke forged aluminum BBS wheels, aluminum roof, hood, and front fenders, gauge pack, HID headlights with integrated fog lights, vortex generator, front brake cooling ducts and custom MR badging.
All of the American models are the same in power, but may differ in performance. The only thing that sets them apart is the Evo RS, which is 80 lb (36 kg) lighter than the MR and SE models.
To the standard model, the Sun, Sound and Leather package added a power sunroof, HID xenon headlamps with integrated fog lights, a slightly different stereo headunit (with no integral amplifier), slightly upgraded speakers in the front doors and parcel shelf, a 4.1-channel amplifier under the driver's seat, a powered, trunk-mounted Infinity subwoofer, black leather seating surfaces, leather-trimmed door panels, slightly revised center armrests in the front and rear, and separate rear side headrests. This model deleted the GSR's headliner-mounted sunglass holder to make room for the sunroof.
The Philippines had the Evolution IX until in August 2008, which was offered in two trims, the entry-level RS offering a 5-speed manual transmission, Brembo 17-in. ventilated discs (4-Pot),Brembo 16-in ventilated drum-in-disc (2-Pot) and almost the same features as to that of the GSR trim in the international version. Some RS models had the SAYC option, while some did not. The MR was the top-of-the-line segment, which offered almost the same features as to that of the MR trim in the international version. All of them are powered by the same 2.0 L I-4 4G63turbocharged MIVEC engine.
Mitsubishi also released a rare Evolution IX wagon in GT, GT-A and MR models. All variants had options for a 6 speed manual or a 5 speed automatic. The automatic variant uses a non-MIVEC 4G63 with a smaller turbo. It was only sold in Japan and imported to other countries as grey imports. Only 2500 Wagons were produced.

Wednesday, July 15, 2015

Daihatsu Copen is selling in Indonesia










Daihatsu Copen is selling in Indonesia, but too bad that it is not available in Malaysia market.

With manual transmission model selling at 416,550,000 Rupiah starting from 1st July 2015.

Source: http://daihatsu.co.id/product/copen


Spesifikasi
SPESIFIKASI TEKNIS
DIMENSI
Length x Width x Height
(mm)
3.395 x 1.475 x 1.280
Wheelbase
(mm)
2.230
Minimum Turning Radius
(mm)
4.6
Ground Clearance
(mm)
115
Curb Weight
(kg)
850
Gross Vehicle Weight
(kg)
1.040
ENGINE
Model
KF
Type
DOHC with intercooler turbo
Engine Displacement
658
No of Cylinder
(cc)
3
No of Valve
12
Bore x Stroke
(mm)
63.0 x 70.4
Maximum Output
PS/rpm
64/6.400
Maximum Torque
Kg.m/rpm
9.4/3.200
Fuel Supply System
EFI (Electronic Fuel Injection)
Fuel Type
Unleaded Gasoline
Tank Capacity
litre
30
TRANSMISSION
Type
Manual, 5 - speed
Gear Ratio
I : 3.181
II : 1.842
III : 1.250
IV : 0.917
V : 0.750
Reverse : 3.143
STEERING TYPE
Type
Rack & Pinion with Electric Power Steering
BRAKE SYSTEM
Front
Ventilated Disc Brake
Rear
Drum, Leading and Trailing
SUSPENSION
Front
Mc Pherson Struts Coil Spring
Rear
Torsion Beam Coil Spring
Tire
Size
165 / 50 with Alloy Wheel
FEATURES
Exterior
LED Projector Head Lamp
LED Illumination Lamp
Fog Lamp with Cover Garnish
Outer Mirror Black Paint
High Mount Stop Lamp
LED Stop Lamp
Silver Painted Outside Handle
Rear Bumper with Black Garnish
Dual Exhaust
Interior
2 Color Variants Interior (Black & Beige)
Optitron Combi Meter
Leather Steering Wheel
Dashboard Garnish
Chrome Inside Handle
MID (Multi Information Display)
Audio Steering Switch
2 DIN Audio Touchscreen 7"
Start & Stop E/G Button
Key Free System (Alarm)
Request Switch
Tilt Steering
Convertible Roof
Performance Features
D-Frame Structure Technology
Electronic Throttle System
Safety
TSC (Traction Control)
VSC (Vehicle Stability Control)
ABS + EBD
Brake Over Ride System
ESS (Emergency Stop Signal)
Dual SRS Airbag
Pretension & Force Limiter Seat Belt
TAF (Total Advance Function) Body

Perodua Axia aka Toyota Agya aka Toyota Wigo aka Daihatsu Ayla

















In previous posting on the Perodua Axia engine 1KR-DE, we try to figure it out the gasket will be the same on the 1KR-FE or not, after a google search for the 1KR-DE part, we found out that this engine is also using in Toyota Agya and Daihatsu Ayla in Indonesia market, and the Toyota Wigo in The Philippine market.

Of course 1KR-DE engine basically is develop base on the 1KR-FE, and the gasket also looks similar but actually is a totally different parts.

It is also known that 1KR-FE engine is Japan made but 1KR-DE engine is made in Daihatsu Indonesia, which it is not use in Japan domestic market, the genuine parts for 1KR-DE engine also is made in Daihatsu or Toyota Indonesia.

As for the Malaysia market, K-Car with turbo bolt on engine is consider popular among the car modification group, will there be a 1KR-DET engine in the future?

Friday, July 10, 2015

Toyota Altezza Rocker Cover Gasket


















The Toyota Altezza SXE10 model which is under 3S-GE engine, the rocker cover gasket design seem have some differences when compare to their other 3S series of rocker cover gasket.

It is normal to see some 3S-GTE or 3S-GE rocker cover gasket, with a plug seal gasket for 2 plug in the center is separate from the rocker cover gasket, and another seal for remaining 2 plug is actually attached with the rocker cover gasket.

But for this Altezza rocker cover gasket, the plug seal gasket for all 4 plugs are separate from the rocker cover gasket.