Archive for the ‘Public Transport’ Category

Arriva Guildford and West Surrey Mercedes-Benz Citaro

Saturday, August 21st, 2010

About 10 months ago (October 2009), I brought myself a second Citaro model, which was the first right-hand-drive (RHD) production model from Mercedes-Benz for First Manchester. Less than a month later, news was out that SMRT Buses had taken one (real) Citaro RHD, which was also fitted with a OM 906 hLA diesel similar to the First Manchester’s unit, with a Euro 5 version compared to Euro 2 of First’s unit. Most importantly, it has two doors, an urban use Citaro.

Given some tip-off by a visitor to this site, a few more Citaro RHD are destined for Singapore in the coming months. At this juncture, I decided to get another Citaro RHD model, again a one-door ‘sub-urban’ version, but with a larger radiator, then, in 2006, used for the OM 457 hLA. Presently, all Citaro buses use the larger radiator for greater energy efficiency, a practice since the advent of the Euro 4 model, hence identifying their engines is no longer possible by looking at the radiator itself.

This unit is owned by Arriva Guildford and West Surrey, which is based in Guildford, Surrey. It is located 43 kilometers south-west of London on the A3 trunk road linking the capital with Portsmouth. In 1974, the Provisional IRA carried out the Guildford pub bombing which killed five persons, in which four were off-duty British soldiers. The suspects arrested thereafter are known as the Guildford Four.

Pardon me for the history thing; when it comes to the UK, I always focus myself on the IRA and ethnic conflicts.

Bus services in Guildford is primarily served by Arriva with additional services by Countryliner, Safeguard and Stagecoach.

This Mercedes-Benz Citaro model depicts 3903/BX56 VTW, a O 530 Euro 3, fitted with a 300 PS OM 457 hLA diesel engine. One-door design, barrier-free access and ample amount of seats (42 seating), this Citaro also carries my favorite color of blue matched with grey.

What defines your Citaro? For me are the radiators. Facing the traffic-side for a RHD model, the large and horizontal radiator makes it easy to identify Citaro buses. Another model of bus that has these similarly big horizontal radiators are the Volvo Super Olympians (B10TL).

With the other Citaro models.

A comparison on radiator sizes.

Mercedes-Benz/Evobus/Daimler O 530 Citaro Euro 3
Chassis number: WEB62804023110741
Registration: BX56 VTW
Body and seating code: B42F
New: September 2006
Owner: Arriva Guildford and West Surrey, UK

Coaches at SYOG 1

Tuesday, August 17th, 2010

Some of the coaches seen and taken so far.


Scania K94IB 4×2 with Scania ComfortShift 7-speed transmission


Isuzu LT134P


A rare old breed; Mitsubishi Fuso RK125N with 6D14 diesel of 160 PS only!

Multimillion-Dollar Signaling System or the Human Brain at fault? 夕方ラーシュ東西線五分の迷

Monday, August 2nd, 2010

The Straits Times 27th July 2010

Daily train rides cross 2 million mark

Abstract: “SMRT will soon start upgrading its train controlling system on the East-West and North-South lines – a multimillion-dollar project that will allow it to increase service frequency.”

So train frequencies are weakened by the 80′s, ATC-4/CS-ATC look-alike, Westinghouse train controlling system? What about this?


Time: 1820h. Location: Clementi Station Westbound. Train: 10M, 049. Load factor: 170 percent. Front train: 4 minutes (4Q-GTO C151). Next train: 5 minutes (VVVF C751B).

As you can see, this is our very own Tozai Line (東西線). Like Tokyo Metro’s, we have commuter type trains, trains that are designed to carry as much people as possible, trains designed to push limits. We also have Electric Chopper trains, 4Q-GTO Chopper to be exact. Unlike Tokyo Metro however, we could still have 5 minutes frequency, slow algorithm programmed driving (ノロノロ運転), during evening rush hour and dry weather!

After this scene this evening, I would rather SMRT not spend this multimillion-dollar on a new ‘train controlling system’, but to employ several JR and ex-JNR scheduling staff to do up schedules and control our trains from the Operations Control Center (OCC).

This is one good example where the human brain can be superior to the computer chips.

Never blame the computers;
never blame the people for abandoning their cars and taking the public transport;
never blame the signaling system for being inadequate for the needs of now.

Because a 5 minute frequency during morning/evening rush is both unacceptable and caused by humans.

Note: All of the passengers you see who are outside the train and on the platform were unable to board the train.

鉄道速報:SMRT南北線運転見合わせ;信号トラブルか

Tuesday, July 20th, 2010


20日午後5時くらい、SMRT南北線、カーティブとヨー・チュー・カン駅間信号トラブルが、ジュロン・イースト行きの電車は減速運行あります。また、数々の電車は、アン・モ・キオ駅折り返す、全線遅延、運転見合わせています。

信号トラブルは、ほぼ落雷の影響です。現在調査中。

20th July 5 pm, a signal fault caused service disruption to SMRT North South Line between Khatib and Yio Chu Kang stations. Jurong East bound trains are affected and some trains are turned around at Ang Mo Kio.

It is believed that lightning had caused signal problems and investigation is underway.

Note: This is not an official document from SMRT. Any inference about this accident is deduced personally and reported according to sources at the scene.

Above images are copyright steps.jp and allatanys.jp, rights reserved.

Railway Lesson on JNR/SMRT ATC-4/CS-ATC

Friday, July 16th, 2010

Recently we have heard of the complaints following the Distance Fare implementation on 3rd July 2010. More commuters voiced their displeasure at SMRT for running their trains with such crammed situations, and ‘where are (our) trains?!’, they shouted. Well, fact is much of the system is already fully jammed by themselves, and nothing much could be done other than;

1. Coupling two 6-car train together, creating a (京急本線 快特) 12-car train (mind which doors will be opened; only 24!),
2. Changing to C-ATS system (forget it, no space for signals!),
3. Using a new CS-ATC system (there may be improvements).

Let me include a small explanation here.

Each train is ran on the ATC (Automatic Train Control) theory. Leaving all the ATO and ATP aside, the ATC is the root of the operating system. The ATC system used on SMRT EWL and NSL is akin to the ATC-4/CS-ATC of Japan, which started operations in 1971 on the JNR Joban Kanko Line (常磐緩行線)/Eidan Chiyoda Line (営団地下鉄千代田線). It consists of signals entirely displayed in the cab (hence CS, Cab-Side) without speed signals at the trackside (in the case of WS-ATC, Way-Side).

ATC speed limits are 0, 20, 30, 40, 60 and 80 km/h, and are consistent through the three types of trains on the system.

Whenever passing over a signal transmitter, the speed limit is transmitted to the cab and the computer slows down the train automatically. The higher the running speed, the larger will be the distance, to create safe separation between trains.

For example, when approaching a station that is occupied (train on the line), the signal would reduce from 80>60>40>30>20 and train will coast the remaining distance to hit the 0 km/h point where brakes will bring the train to a full stop, in this case, 6-car length from the station’s end (another train’s rear). All signals are transmitted via track-side transmitters to the train. When the train in the platform moves off, it must clear 6-car length away from the station’s head in order for the following train to start moving, with signals incrementing 0>20>40 and so on.

When braking, ATC-4 deploys full service brake (B3, about -2.88 km/h/s) to reach speed limit, hence the discomfort when the train slows.

Each block can only accommodate one train. Stations have protective buffers, as mentioned, 6-car in length, forward and rearward of the station. Hence trains cannot be cleared without having this space freed up.

Is it still hard to understand the station block? Here is one photo to illustrate.

A Siemens C651 (Series 200) is stopped in the station with doors opened. A KHI C151 (Series 0) rolls at below 20 km/h and about to stop 6-car length from the Siemens. Now, you could insert another train in between them, and the couplers would just nice be touching each other when the trains become stationary.

One rather illegal way to close up this gap would be to switch to RM (Restricted Manual) mode right after stopping, however, this is counted as an illegal operation during revenue service and will likely endanger passengers and trains.

Chiyoda Line changed to new CS-ATC (1-brake-notch speed control, digital ATC) in 1999. The only ATC-4 zone left in Japan is on the Tokyo Metro Yurakucho Line, between Shin-Kiba (新木場) and Shintomicho (新富町) stations, and this too is slated for progress to new CS-ATC in 2011.

So will the new CS-ATC land in Singapore to hope to improve the running frequency? If our system is still:

1. Three brake notches,
2. Drivers not well trained to stop accurately, stop with specific technique (N>B1>B3>B1>N or similar).

then no ATC system will be sufficient. Go back to the semaphore, not that its bad (it means back to the basics)!

Chitson OC and other photos

Saturday, July 3rd, 2010

Some photos of the Chitson owned Mercedes-Benz OC 500 LE.


A filling meal at Manhattan Fish Market.


S rank with Keikyu (京浜急行) 1500 Chopper, Haneda Airport to Keikyu Kamata.

新聞:東名高速バス炎上2件、異なる原因で出火/Different causes to fire on two Highway Buses

Wednesday, June 30th, 2010

“東名高速バス炎上2件、異なる原因で出火

静岡県牧之原市の東名高速道路で昨年3月と9月、ともにドイツ・ネオプラン社製の大型バスが炎上した事故を受けて、2つの事故を調査していた国土交通省の調査委員会は30日までに、エンジンのターボチャージャー(過給器)が、異なる要因によって潤滑不良となったことが、出火の原因だったと結論づけた。

2つの事故は、ともにダイムラー社製の同型エンジンを搭載し、走行中に出火しているなど類似点があったため、調査を行っていた。事故車のターボチャージャーには、交換時期が明示されていなかったため、同委員会は、交換時期や定期点検の時期を明確にするよう、バスの輸入会社やメーカーに求めた。

(2010年6月30日19時55分  読売新聞)

Two separate cases of fire that occured to German-made Neoplan coaches were due to different causes but led to lubrication problems of the engine’s turbocharger, an investigation team of the Ministry of Transport made this finding on 30th June.

The two fires that happened on the Tomei Expressway in Makinohara city of Shizuoka happened to the same type of Daimler engine and also occured while the coach is in motion. The turbocharger of the burnt coaches did not exhibit any date of change to the part, hence the investigation team will request for information on replacement and inspection dates from the importer and manufacturer of the coaches.

The first bus that was burnt in March 2009 was D750-03501 (better known as 1502, its license number), a Neoplan Megaliner (N128/4) of JR Kanto Bus. It was travelling on a upslope section of the expressway when the driver saw fire erupting from the rear. The bus went into a service area nearby, its 78 passenger and crew escaped unhurt but bus was left with write-off damage.


A less-seen picture from sakura.ne.jp showing the burnt out Megaliner.

In September 2009, a Laurel Tour Neoplan Skyliner (N122/3) caught fire at the same upslope area. The driver felt the bus lost power and saw fire at the rear, stopped the bus by the shoulder of the road and evacuated 57 passengers and 2 crew safely. The rear of the bus was write-off damaged.

Both of the vehicle engines are Mercedes-Benz OM 442 LA Euro 3 (V8-TI, 14618 cc) and both buses are fitted with ZF 12-speed automatics.

If its being pointed out, you would notice that the frames of 1502 still remain despite the fire. Then you know how legendary Neoplan vehicles are. Lest, they are betrayed by their engines.

47 News article on the fire of 1502: Link

47 News article on the fire of Laurel Tour’s N122/3: Link

SMRT Kim Chuan Depot Visit 2010

Friday, June 18th, 2010

18th June 2010, a FOSMRT tour to the SMRT Kim Chuan Depot opened eyes for many folks. Interested in the technical aspects of trains, this is the first visit to a depot which has comprehensive technical coverage. Some pictures to share about the tour.


A C151 (Series 0) 4Q-GTO Chopper entering Paya Lebar Station.
From CCL-EWL connection.


Fellow enthusiast inside the train.
Paya Lebar Station.


A C830 (Series 8000) in Kim Chuan Depot.
Kim Chuan Depot.


Controls explained. C830 Singapore CCL (Series 8000).
Kim Chuan Depot.


Mc2 (Motorized Control Car 2) IGBT type, VVVF inverter voltage controller units (1C4M). C830 Singapore CCL (Series 8000).
Kim Chuan Depot.


T1 (Trailer) Air compressor. C830 Singapore CCL (Series 8000).
Kim Chuan Depot.


T1 SIV. English term: Auxiliary Inverter. Japanese term: Static Inverter (SIV). C830 Singapore CCL (Series 8000).
Kim Chuan Depot.


Mc1 (Motorized Control Car 1) Coupler. C830 Singapore CCL (Series 8000).
Kim Chuan Depot.


Yamakawa store at Tampines One.
Tampines MRT.

*Note: All photos taken in Kim Chuan Depot are pre-authorized. They do not cover sensitive parts of the system and all knowledge seen and explained are public knowledge.

The Sunday Times Lifestyle; Aviation, Buses and Trains

Sunday, June 13th, 2010

If you have gotten yourself a copy of The Sunday Times (Singapore Press Holdings), flip to Lifestyle and on page 8 ‘Hot’ section you will find an article on aviation, bus and railway enthusiasts in Singapore.

The press approached my friends last week for an interview and I gave my views on the two hobbies that I have, buses and railway. Credits to the two friends who gave us enthusiasts an opportunity to speak to the general public about our hobbies.

In case you are not residing in Singapore and/or have not gotten a copy, here are the scans courtesy of Wei Xiong.

Among the articles, I feel that the aviation one had been well-written on. Not being biased, furthermore not trying intentionally to lower attention of myself, I feel that aviation fans are those who need the most coverage. Many fans overseas have been caught by police, ‘suspected’ of terrorism activities and spend hours interrogated, problems that bus and railway fans have yet been involved in, at least not in a large scale.

Some points I would like to add on to what was quoted from myself, obviously the papers are not big and not everything can be dissected clearly.

From the train article:

Quote:
“has met female train fans overseas but, even then, “men tend to dominate the group”.”

I have seen train fans in Japan who are female and also seen blogs by some of them. True to say, they like the cute side of trains like advertisements and drawings, especially like the recent Sebu trains that feature Galaxy Railway 999. Such things attract females more than just the electric motor and inverters that are not always the mens’ cup of tea as well.

Quote:
“I think men tend to like trains more. Maybe it’s in the genes.”

True to speak, just like above, genes play a large part. Although there are females who like technical aspect of things, the numbers do not exceed that of men. But think on the bright side, there are less men who like cute things than things cold. So isn’t that an equivalent?

From the bus article:

Quote:
“I will check if the air-conditioner duct is leaking, or if the engine is making noise or emitting too much heat in the carriage, and feedback to the operators.”

By common sense I wouldn’t do that every trip, every day. I would only look out for serious cases of engine malfunction. Ears not only play a good part here but identifying the correct component of error. An ‘engine vibration’ is different from the compressor vibrating, hence this takes experience. So far I have only feedback about serious problems that will lead to operational hazard and they are too kept confidential from others.

Nonetheless because I love the technical aspect and spending so much time on it, feedback to operators is not really the thing to do all the time, cause I came to the understanding that operators cannot tend to every small problem. So in the future if you want to try doing the same thing, think about the money going in to this problem, whether there will be any operational problems arising, before making the move.

First Heisei 21 Compliant Citybus; Mitsubishi Fuso Aero Star (LKG-MP37FK)

Tuesday, May 18th, 2010

Introduction

The first Heisei 21 Emission Regulation compliant citybus was launched by Mitsubishi Fuso on 18th May 2010. Boasting the cleanest diesel emission regulation till date in the World, the Heisei 21 Emission Regulation features almost 50% NOx and PM reduction as compared to the current Euro 5 in force since October 2008, and a 65% (NOx) and 63% (PM) reduction from the previous Japanese Emission Regulation (Heisei 17/2005).

Emissions

The values are as follows, average values in brackets.

NOx: 0.9 (0.7)
PM: 0.013 (0.010)
CO: 2.95 (2.22)
NMHC: 0.23 (0.17)

Variants

The New Aero Star is sold in eight variants, one of the most so far in the market for a single bus design. The variants include:

LKG-MP37FKF, a 10.5-meter Non-Step bus (low entry) for urban use. Sliding door. B30+44D.
LKG-MP37FMF, a 11-meter Non-Step bus for urban use. Sliding door. B31+47D.
LKG-MP37FMFS, a 11-meter Non-Step bus for sub-urban use. Sliding door. B32+47D.

LKG-MP35FKF, a 10.2-meter One-Step bus (one step WAB) for urban use. B26+50D.
LKG-MP35FMF, 10.7-meter One-Step bus for urban use, with a choice of sliding door or four-fold doors.
Sliding door version B32+47D. Folding door version B31+49D.
LKG-MP35FPF, 11.4-meter One-Step bus for urban use, with a choice of sliding door or four-fold doors.
Sliding door version B34+52D. Folding door version B33+54D.

LKG-MP35FMG, a 10.7-meter Step Bus (multiple steps non-WAB) for private use. Front door only. B49+31F.
LKG-MP35FPG, a 11.4-meter Step Bus for private use. Front door only. B53+33F.

Specialties

Exhaust treatment

The New Aero Star is powered by a 6M60 T2 diesel engine with 7545 cc (7.5-liter) displacement. It incoporates the Bluetec technology (SCR) by Daimler Group, and being so is the first JDM citybus in Japan to bear the Bluetec logo. In addition to the Bluetec system is the Active DPF (Diesel Particulate Filter) to further lower emission levels.

Transmission

Allison 6 speed auto is used on all of the variants of this bus. A change to automatic transmission (in the past most buses are sold with manual transmissions) is due to higher safety concern and better working with DPF. With the driver now not needing to shift gears, this enables him to watch out for traffic in urban environment.

Fuel Consumption

This is the first AT citybus that conforms to the Heisei 27 Fuel Consumption Regulation. 4.25 km/l (23.5 liters per 100 km) and 4.10 km/l (24.3 liters per 100 km) fuel consumption for over 14 tons (Urban) and 14 to 16 ton (Private) respectively.

Others

All buses are fitted with ABS (anti-lock braking system). IVIS information system displays fuel consumption and other parameters. A change of design allows more headroom space at the rear. ISO standards of 10-nut for wheels is also implemented.

Target sales is 640 units per year. Retail price 27,142,500 JPY (about 423,000 SGD).

Mitsubishi Fuso Press Release

Welcome to Marina Bay Sands!/Marina Bay Sandsにようこそ!

Monday, April 26th, 2010

Welcome to Marina Bay Sands!

One day after the bridge connecting Marina Centre with Marina Bay Sands is open (Bayfront Avenue), I traveled across the bridge on Uncle Manjit Singh’s service 106 bus and arrived at the newest attraction in Singapore. Not yet completed, the Marina Bay Sands pushed forward the opening date to 27th April 2010 (tomorrow) and the whole project is expected to complete by June 2010.

First up, some photos from a visit to the Yan Kit area behind Tanjong Pagar.

Yan Kit Exploration


Yan Kit Swimming Complex.


Lowering your property value; hanging clothes outside!


Pinnacle@Duxton.


到此一游.


YC.


320D.

Marina Bay Sands


On the road to Sands, Clear.


On the road out of Sands, Jam.


Taking a walk back out, Rain.

5 Years on; JR Fukuchiyama Line Accident (JR福知山線脱線事故)

Sunday, April 25th, 2010

Continuing the tradition of my blog, every day of this year is dedicated to the 107 lives lost and over 1500+ (counting each passenger on board has at least two next-of-kin) changed on this day, April 25th 2005, when a JR Fukuchiyama Line Rapid Service train derailed and crashed into an apartment building’s ground floor area.

Picture from The Golden-toks

The present color for the JR West Series 207 is as above. Series 321 is also colored in the same style.

Every year this accident brings back the same questions; is railway travel safer than before? Are humans still dependent on safety devices to prevent an accident from happening? Are yesterday’s safety devices still valid today?

As the 5-year deadline for civil lawsuits pending to this accident drawing to a close, three ex-JR West Chairmen were charged with operational negligence resulting in fatalities. The charge mentioned “This accident can be foreseen, negligence in informing the Railway Department to install ATS (Automatic Train Stop)”.

Article from Yomiuri News:

JR西歴代3社長を強制起訴…福知山線事故

2005年4月、兵庫県尼崎市で起きたJR福知山線脱線事故で検事役の指定弁護士は23日、JR西日本の歴代社長3人を業務上過失致死傷罪で神戸地裁に在宅起訴した。

起訴状では「事故の危険性を予見できたのに、自動列車停止装置(ATS)の整備を鉄道本部長に指示すべき注意義務を怠った過失がある」と指摘した。同社関係者によると、3人は公判で無罪を主張する意向だ。

改正検察審査会法に基づく「起訴議決」を経て指定弁護士が強制起訴するのは、兵庫県明石市の歩道橋事故に次ぎ全国2件目。

起訴されたのは井手正敬(まさたか)(75)、南谷(なんや)昌二郎(68)、垣内剛(66)の元社長3人。神戸地検が同罪で在宅起訴した山崎正夫・前社長(66)を含め、社長経験者4人が刑事責任を問われる。

起訴状によると、JR西は輸送力増強と収益拡大の経営方針から、1996年12月、現場カーブを半径600メートルから急な304メートルに付け替え、ダイヤ改正で快速電車も1日34本から94本に増発させ、脱線の危険性が高まっていた。

当時、井手氏は社長、南谷氏は副社長、垣内氏は経営企画部長として、現場の状況や、付け替え直前にJR函館線の半径300メートルのカーブで貨物列車の脱線事故が起きたことを認識し、危険性を予見できた。さらに、3人はそれぞれの社長在任中、鉄道本部長にATS整備を指示すべき注意義務を怠ったとされる。

神戸第1検察審査会の起訴議決を受け、指定弁護士は3月29日に選任されたばかりだったが、公訴時効(5年)が迫り、1か月足らずでの起訴となった。

指定弁護士は、地裁に公判前整理手続きの適用を要請した。手続きに入れば、争点が多岐にわたり、初公判は来年以降の可能性が高い。
(2010年4月24日01時41分 読売新聞)

Important excerpts:

…JR West, in view of increasing capacity and revenue, reduced the accident curve from R=600 to R=304 in 1996, increased Rapid Service trains from 34 to 94 trains per day, thereby increasing the possibility of derailment.

…The three accused, at that point of time, were in the position of chairman, vice-chairman and COO, given the situation at the site, plus an accident which involved a JR Freight train in Hakodate at a R=300 curve, they were aware of the danger (posed by the R=304 curve). Yet, they did not inform/order the railway department chief to install ATS at the site.

~

- R stands for radius, a curve’s maximum degree of turn. A curve comprises of a gradual turn, the radii turn (where the value is taken), and then a gradual turn back to a straight line.

JR West, in the publics’ eye, did not have any image change over this 5 years despite campaigns to win the commuter’s heart over again. Numerous reports of preventable incidents, staff reforms and recently the EB (Emergency Brake) switch function disabled on some trains caused concerns in Japan again, about the practices and culture that JR West harbors.

Morning Peak Train Survey at Bukit Batok

Monday, April 19th, 2010

After reading complains from train commuters around, from friends or forum users, Stomp and other internet sources, I decided to do an informal train load factor survey at the station closest to my residence; SMRT Bukit Batok Station (NS2).

SMRT Bukit Batok is the last station on the Jurong East-bound North South Line and trains picking up passengers at Yishun, Sembawang, Woodlands and Choa Chu Kang main towns passes by here. The squeezing situation is said to be particularly worse for the through-trains that run direct from the North South Line to the East West Line.

I started off early today, arriving at the station before the 707 am train left for Jurong East.

This is the PDF file containing my findings for today.

Significant remarks:
-Through-train is noted as Commuter in the data.
-At 712 am the north-side escalator jammed, causing the south-side escalator to be changed to the upward direction. This may cause slight discrepancy to data as north side escalator leads to 5th and 6th car area (surveyed) and south side escalator leads to 2nd and 3rd car area for Jurong East direction trains.
-8:16 am scheduled through-train did not arrive.
-Japan Industrial Standards Committee JIS E7103 is used in determining the load factor on the trains. Visual method is adopted.

I managed to leave on the 8:24 am through-train to Bedok.

How do I calculate the load factor?
Calculating the capacity on trains, I take the theoretical values for the Series 200 (C651) Siemens trainset. Three Siemens trainsets appeared during the survey, however, actual train type is not put into consideration for the survey.

The Standard used for this survey is E7103 under the Japan Industrial Standards Committee.

Seats per car: 62 (35% load factor)
100% load of car: 177 passengers
100% load of train: 1062 passengers
Land Transport Authority claims that each train can carry 1920 passengers, based on Metro or some other principle (unknown till date).
1920 passengers is, according to JIS E7103: 1920/1062 x100 = 180.7% load factor.

I use the JISC standard because our Metro trains are built by Japanese firms (Kawasaki/Tokyu Car/Kinki Sharyo), although standards applied vary, electrics and motor systems remain so.

Taking the maximum load factor of 250% at doors, moderating to 220% through six cars and through all areas, each train carries an amazing 2336 passengers, 121% of the standard loading stipulated by LTA for this type of train!

Loading will not be lowered by removing seats (even when using seats as 35% of load, this varies between trains) but by how much personal space each passenger has on a train. Even when the train is empty of seats and/or majority of seats removed, the load factor can still be monitored visually by how much space there is between each commuter.

I hope LTA to revise their loading calculation system for trains (develop a system close to the JIS E7103) and pressurize SMRT Trains to introduce more trains especially during the 5 minute headway periods when loads multiply.

SMRT Circle Line Stage 2 Open House

Monday, April 5th, 2010

Also named as the Circle Line Stage 2 Discovery, the open house is held on 4th April 2010 by SMRT Corporation and supported by Citibank, National Heritage Board (museum open house), Alstom (train builders), ST Electronics (infrastructure support) and numerous government and private organizations.

There are 11 stations open for viewing. Dhoby Ghaut, Bras Basah, Esplanade, Promenade, Nicholl Highway, Stadium, Mountbatten, Dakota, Paya Lebar, MacPherson and Tai Seng are the stations open for free.

Some selected photos taken at the event.

Visitors checking out the signboards at Dakota Station.

Crowd disembarking at Mountbatten Station.

MacPherson Station.

Paya Lebar Station.

Stadium Station.

Nicholl Highway Station.

Esplanade Station.

Bras Basah Station.

Dhoby Ghaut Station.

Wide Metro-type doors. Still of the hanging-out design…

Photos are without signature nor borders to enhance your viewing pleasure and facilitate in sharing, however, they are not to be distributed freely. Usage on your personal blog/site/facebook/photo hosting require a stated credit and/or pingback to this site. Your friendly site admin appreciates your help in keeping Intellectual Property safe and worth.

An 偶然 (incidental) chance with a foreigner allows me the excuse to advertise my hometown service. Your friendly site admin is the service ‘representative’ for SBS/TIBS/SMRT service 189 since November 1996 (162 months), clocked (an average of) over 3200 trips (since Secondary/High School 1) and 22400 kilometers (7 km on average per trip/mileage more than half of the Earth’s circumference) on this service. TIB1162S is a Mercedes-Benz O 405 G Euro 2 with a ZF 4-speed gearbox and has since been serving permanent S/TQ shifts for 50 months on this service.

新聞:JR九州も踏み切りに青色照明、飛び込み減狙う

Saturday, April 3rd, 2010

News: JR Kyushu tries out Blue Lighting at railroad crossings, attempts to prevent suicides

急増する踏切での飛び込み自殺を防ごうと、JR九州(福岡市)は管内の踏切の一部に、気持ちを落ち着かせる効果があるとされる青色照明を試験的に設置した。

青色が心に及ぼす影響は科学的には実証されていないが、先に導入した他社では自殺者が減っている。JR九州は「痛ましい事故を1件でも減らしたい」と効果を期待している。

同社はこれまでも、自殺が多い区間に柵を取り付けたり、白い照明を増やしたりしてきた。しかし、深刻な不況を背景に、2009年度に管内で起きた飛び込み自殺は約50件に上り、前年度の22件から急増。特に夜間の自殺が多かった。

このため、3月下旬、過去3年間で5件の飛び込み自殺が起きた福岡市東区の鹿児島線・九産大前―箱崎駅間の7か所など、福岡、大分両県内の計20か所の踏切に、蛍光灯や発光ダイオード(LED)の青色照明を設置した。日没から夜明けまで点灯させている。

青色照明は2000年に英国・グラスゴー市が街路灯に導入したところ、犯罪発生件数が減ったため注目を集めた。国内でも、防犯灯として自治会などによる設置の動きが広がっている。

鉄道会社では、JR西日本が06年12月に導入した。同社は現在、約60か所に設置しており、広報部は「設置したすべての踏切で、1年くらい自殺が起きていない」と効果を強調する。

JR東日本も、09年2月に高崎線の3駅に取り付けたのを始め、中央線の2駅、山手線全29駅のホームに設置した。京浜急行電鉄も、今年2月までに駅や踏切計11か所に取り付けた。

国土交通省によると、飛び込み自殺で鉄道のダイヤが乱れるトラブルは年々増え、08年度は全国で647件起きた。後続列車や利用者への影響も大きく、同省が各社に自殺防止策を取るよう呼びかけていることも、青色照明の導入に拍車をかけている。

日本色彩心理学研究所(神戸市)の高橋水木・主任研究員は「色彩と人の心の関係は科学的に証明できるものではない。ただ、青色に人の気持ちを落ち着かせ、緊張を緩める作用があるのは確か。自殺を思いとどまらせる効果も期待できる」と話す。

JR九州は3年後をめどに効果を検証する方針。鉄道事業本部・技術調査推進室は「青色照明の意義を知ってもらい、社会全体で自殺防止を考えるきっかけになれば」としている。(森洋二)
(2010年4月3日16時10分 読売新聞)

In an initiative to prevent suicides, JR Kyushu (Fukuoka City) is installing Blue Lighting system, which is known for calming effects, at some of their railroad crossings.

Although its not scientifically proven that blue light can affect emotions,  other railway companies that used them have seen a drop in suicide rates. JR Kyushu says “We wish that even one tragic incident can be prevented” and looks forward to the effect of the lighting.

JR Kyushu installed more fences and white lighting at places with high suicide records, but due to the tough economy in 2009, there were 50 cases of suicide, up from 22 in 2008.

Because of this, JR Kyushu installed Blue Lighting at 7 crossings along the Kagoshima Main Line and 20 crossings in Fukuoka and Oita Prefectures. Florescent tubes are changed to blue LED lightings and are programmed to switch on from the evening to dawn.

Blue Lighting system is first used in Glasgow in the United Kingdom in year 2000, and is credited for lowering crime on the streets. In Japan, these lights are also widely used by resident associations.

Railway companies have used them since 2006, with JR West being the first, installing these lights at 60 locations. JR West’s PR department says “No suicide occurred at the crossings with these lights after 1 year they are set up”.

JR East started putting these Blue Lights at three stations along the Takasaki Line in February 2009, two stations on the Chuo Line and all twenty-nine stations along the Yamanote Line. The Keihin Electric Express Railway Co. also installed these lights at 11 spots including stations and crossings up to February this year.

The Transport Ministry says suicides leading to Diagram (schedule) problem have risen over these years, with 647 cases in 2008 alone. The Ministry advises railway companies to implement measures preventing suicides, as this affects trains and lots of passengers. This stimulates the installation of the blue lightings.

Mizuki Takahashi (Chief Researcher) of the Nihon Shikisai Shinrigaku (Color Psychological Research Institute) (Kobe City) says “There is not yet any scientific proof of the relationship between colors and the human psychology, but blue is shown to have lower emotional levels and has a smoothing characteristic, hopefully this will have the effect of lowering suicidal thoughts”.

JR Kyushu plans to review this system after 3 years of use. The Railway HQ, Technical Promotional Board says “It is known about the effects of the blue lights, it will be an opportunity that the society prevents suicides together”.


JR Kyushu installed Blue Lighting system at one of the crossings.

Photo and news article from Yomiuri News Japan.

Dear readers, do you remember the suicide at Chinese Garden a few years back (2006) that kick-started a campaign to install half-height platform doors at elevated MRT stations? Now the solution is here, look no further, why spend so much money and man-hours at hardware, testing and getting used to the slow platform doors, when installing blue lights at platforms (not the whole length, but only the ends where suicide is likely to occur) are shown to lower not only crime on the streets, but suicides in train stations?

The Land Transport Authority and SMRT Corporation (the only rail operator with elevated stations) spent so much cash and talents on these hardware, but as i have experienced, the doors are sluggish to open. At some stations, they don’t match with the existing structure. All the more we should not alter the current structure, but did we ever do any research into installing such lights to attempt to prevent suicide?

Platform doors are not all about safety. A few seconds can be wasted on opening and closing the doors. When these doors decide to slack for the day, workers have to be dispatched to repair them, causing delays and inconvenience to commuters. Platform doors although beneficial in preventing daily accidents, shall not be said to be used to prevent suicides. A determined person can exceed normal human limits, including jumping over the doors.

I would suggest to the LTA and SMRT Corp to try install these Blue Lighting systems at several stations and especially stations with history of suicides to test their effectiveness. Platform doors can go on, but they are not the solution to preventing people giving up their lives.

Society campaigns and preventiveness is the method, software is often better than hardware.

Prevention is the best cure, each life has a value,
Befrienders.Org, Samaritans of Singapore (SoS), 1800-221-4444 (toll-free)

地下鉄サリン事件十五年; Tokyo Metro Sarin Attack 15 Years

Saturday, March 20th, 2010


Tokyo Metro Series 03 of Hibiya Line, one of the train types attacked by extremists on 20th March 1995 (Photo by Chabata_k/Wikimedia)

15 years ago, extremists of Aum Shinrikyo (オウム真理教) attacked five trains of the Tokyo Metro system. This attack cost 13 lives (as of 2010) and over 6300 injuries.

JR East cross-over train (train number A725K, JNR Series 203) on the Chiyoda Line.
Marunouchi Line, A777 and B801, both Tokyo Metro Series 02 trains.
Hibiya Line, B711T (Tobu Series 20000) and A720S (Tokyo Metro Series 03, pictured above).

Perhaps long over, but this lesson of domestic terrorism presents the ever changing landscape of violence due to ideology and beliefs.

After watching the videos shown at MRT stations and recalling the above incident, would you attempt to look out more for suspicious persons and items in the public transport? Or just say ‘the Police will handle it’ and dismiss the matter?

SMRT Mercedes-Benz Citaro; First 100% Low-Floor Bus in Southeast Asia

Tuesday, March 9th, 2010

Site Admin of Minibus Group, an Administrator of BusInfoHub, several bus enthusiasts and members of Friends of SMRT (FOSMRT) are invited to the launch of Southeast Asia’s first 100% low-floor Mercedes-Benz Citaro (O530) at SMRT Ang Mo Kio Depot on 9th March 2010. This historical moment marks the progress into a new era in Singapore bus industry, a full low floor, accessibility-friendly and *no internal steps bus.

Some quick facts of this bus:
1 driver, 39 passengers (including fold-up seat for two passengers) and 44 standing passengers.
Full low-floor along the corridor of the bus. One step to access rear section seats.
Fully built bodywork by EvoBus AG in Germany. Basically a one-through manufacture.
Large Gorba front display to enable passengers to spot the service number and route details.

Press Release:
SMRT: http://www.smrt.com.sg/Upload/201031010315179993.pdf

Articles written by enthusiasts on the launch:
BusInfoHub (affiliated): http://businfohub.com/cms/articles/specialfeature/smrtcitarolaunch

Photos taken during the event.


Mr Thomas Bauer, Senior Manager, Bus & Coach, Daimler SEA


Mr Wolfgang Huppenbauer, Executive Managing Director, Daimler Bus (Germany)


Mr Michael Gopfarth, CEO, Daimler SEA


Ms Saw Phaik Hwa, President and CEO, SMRT Corporation


Handover of key to Ms Saw.


Handover of Citaro model (scale 1:32) to Ms Saw.


Round of applause as the bus is driven in.


Demonstrating its wheelchair-friendly feature.


Executives from Daimler and SMRT impressed by the bus’ features.


Interior without stairs; guests move quickly towards the rear, demonstrating what the bus is designed to do.


Showcasing its full 11.9-meter length.


Two buses, decades apart. The step-bus Nissan Diesel U31 RCN (JDM: K-U31) and the Mercedes-Benz Citaro (O530).

I am very grateful to FOSMRT liason officer, Vivian, for finding two staff from Daimler Group SEA who could answer my technical questions. Excerpts.

Q: Why is the OM 906 hLA used on the Citaro instead of the OM 457 hLA that present OC500LE buses are using?
A: Citaro buses come with the smaller 906 as it is suited for the bus. The 457 is designed for sub-urban usage and has a larger power, while the 906 is sufficient for city usage.

Q: Fuel consumption wise, would it be lower and more effective than the 457?
A: This has to depend on many conditions. Different routes, different drivers will affect fuel consumption. At this point there cannot be a specific figure other than benchmark ones.

Q: In achieving this full low-floor design, the engine has to be shifted to the side. Does this mean more sophistication?
A: Yes, a total new design of the engine mounted on the left is what makes it able to achieve a full low-floor specification.

Q: What is special about the radiator system?
A: The radiator for the Citaro uses a hydraulic driven fan. The radiator is mounted on the outer frame, the intercooler on the inner frame. The fan is driven using hydraulic oil. This is different from magnetic driven ones on the OC500LE.

Q: The OM 906 hLA have more horsepower-per-liter compared to the 457. How different would this be in performance?
A: The 906 would be efficient and depending on its mixture method and its efficiency, it would be as effective as the 457.

Q: In the hot and humid climate of Singapore, does the cooling efficiency of the vehicle need special or larger cooling capacity?
A: The Citaro is sold worldwide. They even operate in Dubai, where its a desert climate. One size fits all.

Q: Gearbox of the vehicle?
A: ZF 6HP592C.

Q: Why not the Ecolife drive-line?
A: The Ecolife is suitable for countries with more terrain, and is fitted with the TopoDyn software system. in Singapore, a conventional drive-line is sufficient.

Q: Air conditioning unit?
A: Konvekta.

Q: Does IFS (Independent Front Suspension) make it a more comfortable ride for this bus?
A: You would have to ride it to find out. Basically it is better than a conventional suspension.

Q: Fuel capacity?
A: About 200 liters.

Regarding the secret of full low-floor…

Longitudinal, side mounted horizontal diesel engine.

Scania, Checkmate.

*No internal steps mean no step(s) along the corridor of the bus.

‘人と環境に優しい、ハイブリッドバス’のKing Long Hybrid Citybus

Friday, March 5th, 2010

For some folks who have forgotten about the King Long Hybrid Citybus from China that landed in Singapore last year, it was spotted on test at Boon Lay on 4th March at noon. One photo of it on the road:

King Long, model XMQ6121G. Series-parallel system.

A series system is basically straight through hybrid, the diesel engine is small in size and runs the generator, which charges the batteries, and electric motors run the axle with power from the batteries only. There is no direct drive linkage. Examples of these on buses are the Alexander Dennis Enviro 400H and Mitsubishi Fuso Eco Hybrid (BJG-MP37T).

The parallel hybrid system is an added hybrid for a existing framework, little modification to the overall drive. A larger diesel engine runs the drive line, in the middle a small generator is driven to provide current to the batteries. The batteries assist in braking functions and regeneration from engine braking forces, can power lighting and air conditioning of the bus. Example is the Alexander Dennis Enviro 500H.

Series-Parallel is somewhat in the middle, a switch can automatically adjust power between running from batteries or from engine directly. Toyota uses this on their hybrids.

Older hybrid systems included the HIMR from Hino Motors Japan. HIMR stands for ‘Hybrid Inverter Controlled Motor & Retarder System’, which offers the first production hybrid buses in Japan since 1994 (test unit in 1991). Toei Bus (都営バス) is the largest operator, and these buses served many years on as the ‘低公害バス’ (Low Emission Bus). These buses use a three-phrase electric generator and batteries to store energy during braking and use them for power take-off, so as to reduce emissions. It is very successful and technology used later on the Blue Ribbon City hybrids. Production for these buses lasted from the U- (Euro 1 equivalent) to the KC- (Euro 2 equivalent).

Mitsubishi Fuso also had their MBECS (Mitsubishi Brake Energy Conservation System) on some of the modified Aero Star city buses. They use a hydraulic system to store energy during braking and release them when the bus moves off, working like a rubber band theory. These buses are produced from 1995 to 2000 and span only one emission era (KC/Euro 2 equivalent).

Japan currently has two hybrid citybus models in production, the Hino Motors Blue Ribbon City (BJG-HU8J) and the Mitsubishi Fuso Eco Hybrid (BJG-MP37T). Both would be EEV equivalent if certified, so far no units have done so and all production units remain Japan domestic.

Hybrid buses especially those in Japan carry hefty price tags, their batteries are also regularly criticized for being un-green. However in the effort to clear the city air, we may have dumped more waste into the manufacturing areas, away from the city. Hybrid technology continues to improve, we do hope to see electric vehicles on the roads one day, when we can truely enjoy a zero-emission road environment.

Saying that much, I have yet to see large amount of technology like the Japanese from the Europeans. One benefit that Japanese operators have when it comes to hybrid buses are incentives from the government. For every ‘eco-car’ purchase there can be up to 35 percent rebate. That is also why the rate of hybrid introduction is very high in Japan.

Tokyo, Osaka and Nagoya have passed the NOx/PM law in Heisei 17 (2005) for all diesel vehicles. Vehicles with Gross Vehicle Weight (GVW) more than 3.5 tons and of emission class KC- and below (Euro 2 and below) are banned from entering the metro areas and towns/cities designated by the law. Vehicles that are above the emission limit of (5.9 grams per kWh max, 4.9 grams per kWh average) for NOx are hence affected. If the owner of the affected vehicles wish to continue using them in the metro areas, they must be fitted with Diesel Particulate Filters (DPF), a popular item in the market now. Offenders of this law are fined not more than 500 thousand JPY (7800 SGD).

Vehicles that were at that time less than 12 years old are allowed to be used up to expiry of their license (which is 12 years in Japan). Many U- and KC- buses of Toei Bus were scrapped or disposed to countryside companies to continue service. Many other Non-Step buses of various companies just meeting 12 years old are hence disposed off. These are perhaps the earliest cases of disability-friendly buses being disposed off in the World, particularly low entry/floor buses being disposed off in bulk.

We do not have such laws in Europe or Asia, but its an eye-opener nonetheless, not to mention a costly move by the government to dispose off vehicles at such a fast rate.

An exciting bus model event coming your way soon. Stay tuned here for more updates!

【MAD】とある京急の行先変更/A Certain Keikyu Change of Destination

Friday, December 11th, 2009

A very interesting phrase indeed… The To-A-Ru (とある) series began with the Magical Index, and then the Railgun. Now, Keikyu (京浜急行電鉄) Electric Railway is the main star~!

For non-anime viewers who have not seen the opening for Toaru-Kagaku-no Railgun, the video on the right is the comparison version of the fan-made Keikyu opening and the original OP.

Have fun~!

咚!咚!~宇通吃油桶? SMRT Buses Yutong Citybus

Thursday, August 20th, 2009

Today (20th August) marks the first day a China made citybus is on revenue service in Singapore, with SMRT Buses. Low entry, powered by Cummins ISLe 8.9-liter engine, this bus is fully built in China and shipped as a integral unit.

There were some initial points to be taken, so I rated them on the basis of ten.

Performance: 8/10. Cummins engine, powerful on the horsepower band but on the losing start; the torque band. With an advertised 1020Nm it just cannot beat the Mercedes Benz OC500LE in terms of acceleration.
Ride Comfort: 8/10. Ride suspension just feels like a Mercedes Benz O405, stiff but not vibrating when going over humps and drops.
Interior cooling: 7/10. Aircon is sufficient in the forward sections of the bus, but there is lesser wind at the rear.
Interior color: 7/10. Colors are the usual white and grey, but added with green at the lower aircon duct. Not too inspiring.
Seat comfort: 7/10. Big seats and comfortable in that way. But they act more like suction cups.

Total: 37/50.

Some photos to go with.

PICT3060_upload_2

From the last row of the bus. There are 1+4+24 seats to race for. The last row only contain 4 seats due to radiator intrusion and bigger seats.

PICT3070_upload_2

The front vestibule of the bus. Two wheelchair cushions with seatbelts, a modern standard adopted by SMRT Buses.

PICT3073_upload_2

It was difficult to catch this guy (on sensors) in action. Perhaps a top secret project?

PICT3079_upload_2

Rear-quarter view shows Adblue and Diesel ports. Radiator and access panel are on the right side too.

There were some stuff to note on the dashboard as well. Before alighting at Bedok Interchange on the afternoon trip, I noted that the speedometer has a highest available reading of 140 km/h, the highest speed indicator on citybuses here so far. The tachometer is a usual 0 to 3000 RPM. Fuel was slightly above 1/2, water temperature about 90 degrees. The CAN System screen indicates the postition of bus doors, similar to Mercedes Benz and MAN integral system screens. The mileage is at 2073 kilometers. Fuel consumption is at a rather amazing number… 99L/100km.

This China product definitely does not disappoint me on my first ride… Enjoy your stay here SMB135E.

Add-on: Reviews by other folks in the community;
FS: http://offservice.wordpress.com/2009/08/21/smrt-yutong-2/
Mark: http://thecoloursofmyworld.blogspot.com/2009/08/review-smrts-yutong-zk6126hgc.html