SIDE IMPACT IIHS. Page 1 / 7. MESSRING Systembau MSG GmbH. Printing errors and omissions reserved

Similar documents
NHTSA OBLIQUE/SMALL OVERLAP MOVING BARRIER (OMDB)

FAAC International, Inc.

REPORT NUMBER: 301-CAL SAFETY COMPLIANCE TESTING FOR FMVSS 301 FUEL SYSTEM INTEGRITY HONDA MOTOR COMPANY 2007 HONDA ACCORD 4-DOOR SEDAN

Manual for Assessing Safety Hardware

REPORT NUMBER: 301-CAL SAFETY COMPLIANCE TESTING FOR FMVSS 301 FUEL SYSTEM INTEGRITY REAR IMPACT FORD MOTOR COMPANY 2009 FORD F150 2-DOOR PICKUP

REPORT NUMBER: 301-CAL SAFETY COMPLIANCE TESTING FOR FMVSS 301 FUEL SYSTEM INTEGRITY REAR IMPACT MAZDA MOTOR CORPORATION 2008 MAZDA CX-9 SUV

UNIMECK. Presents Truck Wheel Equipments. We Are The Leading Manufactures. Of Garage Equipments...

REPORT NUMBER: 301-CAL SAFETY COMPLIANCE TESTING FOR FMVSS 301 FUEL SYSTEM INTEGRITY REAR IMPACT

REPORT NUMBER: 301-MGA SAFETY COMPLIANCE TESTING FOR FMVSS 301R FUEL SYSTEM INTEGRITY REAR IMPACT

REPORT NUMBER: 301-MGA SAFETY COMPLIANCE TESTING FOR FMVSS 301R FUEL SYSTEM INTEGRITY REAR IMPACT

CNG Fuel System Integrity

RSA Protective Technologies

CRASH TEST REPORT FOR PERIMETER BARRIERS AND GATES TESTED TO SD-STD-02.01, REVISION A, MARCH Anti-Ram Bollards

CRASH TEST REPORT FOR PERIMETER BARRIERS AND GATES TESTED TO SD-STD-02.01, REVISION A, MARCH Anti-Ram Bollards

REPORT NUMBER: 301-MGA SAFETY COMPLIANCE TESTING FOR FMVSS 301R FUEL SYSTEM INTEGRITY REAR IMPACT

TRS - Trailer Roll Stability

IIHS Side Impact Evaluations. Sonja Arnold-Keifer 10/15/ th German LS-DYNA Forum

DESIGN FOR CRASHWORTHINESS

REPORT NUMBER: 301-MGA SAFETY COMPLIANCE TESTING FOR FMVSS NO. 301 FUEL SYSTEM INTEGRITY

REPORT NUMBER: 301-MGA SAFETY COMPLIANCE TESTING FOR FMVSS 301R FUEL SYSTEM INTEGRITY REAR IMPACT

ROTARY MODULES. Rotary modules

Statistics and Facts About Distracted Driving

CEMA position on draft braking regulation, 4 June 2008 ENTR/F1/ /rev16

Design, analysis and mounting implementation of lateral leaf spring in double wishbone suspension system

Petition for Rulemaking; 49 CFR Part 571 Federal Motor Vehicle Safety Standards; Rear Impact Guards; Rear Impact Protection

Headlamp Light Performance Evaluation

A New Generation of Crash Barrier Models for LS-DYNA

M=WALL LOAD CELL. Load cell for measuring forces and moments during vehicle impact.

Methodologies and Examples for Efficient Short and Long Duration Integrated Occupant-Vehicle Crash Simulation

SHORT PAPER PCB OBLIQUE COLLISIONS ENGINEERING EQUATIONS, INPUT DATA AND MARC 1 APPLICATIONS. Dennis F. Andrews, Franco Gamero, Rudy Limpert

AC PRELIMINARY. All Terrain Crane 350 USt Capacity class

Virginia Department of Transportation

Potential Use of Crash Test Data for Crashworthiness Research

Crash pulse simulation on car and sled test facilities capable for upgrade of existing facilities

A Comparison of Crush Stiffness Characteristics from Partial-Overlap and Full-Overlap Frontal Crash Tests

Test Stand For Air Turbine Starters >TATS4<

Implementation of Rolling Resistance in R117

Active Safety Systems in Cars -Many semi-automated safety features are available today in new cars. -Building blocks for automated cars in the future.

CRASH TESTING OF RSA/K&C ANTI-RAM FOUNDATION BOLLARD PAD IN ACCORDANCE WITH U.S. DEPARTMENT OF STATE DIPLOMATIC SECURITY SD-STD-02.

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 138 TIRE PRESSURE MONITORING SYSTEMS

AC (L) All Terrain Crane 120 USt Capacity class

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 138 TIRE PRESSURE MONITORING SYSTEMS

Fuel System Integrity

Bicycle Hardware in the Loop Simulator for Braking Dynamics Assistance System

Innovation. Dedication. Specialisation. Bliss-Fox by Panus-

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 138 TIRE PRESSURE MONITORING SYSTEMS

ROBUST PROJECT Norwegian Public Roads Administration / Force Technology Norway AS

Headlight Test and Rating Protocol (Version I)

6. Relevant safety standards in North America and Europe

Press-Hardened and Roll-Formed Lightweight Bumpers in Steels with Enhanced Strength

Crash test facility simulates frontal, rear-end and side collision with acceleration pulses of up to 65 g and 85 km/h (53 mph)

The SIPS (Side Impact Protection System) includes side airbags and an Inflatable Curtain (IC) airbag that protects both front and rear occupants.

U.S. DEPARTMENT OF TRANSPORTATION

ELECTRIC DIESEL AND OIL PUMPS

S.C. IRUM S.A - ROMANIA

EXTRACT of chapter XXXIV coupling devices (version of ) ANNEX XXXIV Requirements on mechanical couplings

Side Impact Crashworthiness Evaluation. Crash Test Protocol (Version VIII)

SKE. Application example. Pneumatic Swivel Heads Universal Swivel Head. Torque 0.4 Nm Nm. Sizes Weight 0.13 kg.. 1.

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 401 INTERIOR TRUNK RELEASE

Pedestrian Autonomous Emergency Braking Test Protocol (Version II) February 2019

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 401 INTERIOR TRUNK RELEASE

The Center for Auto Safety

EXPERIMENTAL TEST OF OCCUPANT ENTRAPMENT FORD TAURUS INTO REAR OF FORD EXPLORER 30% OFFSET, 70 MPH. Test Date: August 3, 2010

GLOBAL ORGANIZATION - LOCAL SUPPORT TESTING EQUIPMENT

Car Safety Features Exploration and Essay

The Center for Auto Safety

GENERAL TESTING LABORATORIES, INC LEEDSTOWN ROAD COLONIAL BEACH, VIRGINIA 22443

Some selected methods and purpose of the low speed tests for estimation of the vehicle bumpers vulnerability to damage

November 16, 1998 Refer to: HNG-14. Mr. David Allardyce Mechanical Engineer B&B Electromatic Main Street Norwood, Louisiana 70761

DESIGN, ANALYSIS AND FABRICATION OF BRAKING SYSTEM WITH REAR INBOARD BRAKES IN BAJA ATV

Gripping rotary modules.

TADANO TRUCK CRANE. Provisional Specifications GENERAL DATA. 4-section, 10.5 m 33.0 m

Design Analysis and Optimization of Disc Brake

Jaroslav Maly & team CAE departament. AV ENGINEERING, a.s.

Newton s 2 nd Law Activity

epsilon Structural Design of Body and Battery Housing

this is the start of something big. start Nissan LEAF

TADANO ROUGH TERRAIN CRANE : GR-300EX. (Left-hand steering) GENERAL DATA. BOOM 4-section, 9.7 m m

Low-Speed Crash Test Protocol (Version V) May 2002

Lift Accessories. For Hunter Wheel Alignment Lift Racks

TADANO ROUGH TERRAIN CRANE : GR-700EX. (Left-hand steering) G E N E R A L D ATA

AC All Terrain Crane 300 USt Capacity class

A Brake Pad Wear Control Algorithm for Electronic Brake System

AC All Terrain Crane

Owner s Manual. Rigid Mount Weld-on Drawbars. XL-DB20016UM-en-US Rev

SPECIAL TECHNICAL PRESENTATION. Oklahoma City, Ok April 2012

Design and Analysis of suspension system components

SAFETY COMPLIANCE TESTING FOR FMVSS NO. 110 TIRE SELECTION AND RIMS

mechanics LES functional overview LES 4 LES 6 LES 5

Skid against Curb simulation using Abaqus/Explicit

EFG 540k S50. Electric Four-Wheel Counterbalanced Trucks (8,000 11,000 lbs.) Broad capacity range for enhanced flexibility

SPMM OUTLINE SPECIFICATION - SP20016 issue 2 WHAT IS THE SPMM 5000?

GALLATIN PUBLIC UTILITIES

DESIGN, SIMULATION AND TESTING OF SHRIMP ROVER USING RECURDYN

TADANO ROUGH TERRAIN CRANE. (Left-hand steering) GENERAL DATA. BOOM 4-section, 9.7 m m

PARALLEL INDEX DRIVES TP Series

Honda HR-V 79% 86% 72% 71% SPECIFICATION SAFETY EQUIPMENT TEST RESULTS. Small Family Car. Child Occupant. Adult Occupant. Safety Assist.

Above ground two-post, four-post, mid-rise vehicle. and motorcycle service lifts for repair facilities

*Shown with optional high pressure blowers

Mobile crane LTM Max. lifting capacity: 35 t Max. lifting height: Max. working radius: 40 m. Courtesy of Crane.Market

Transcription:

SIDE IMPACT IIHS Explore a moving barrier for tests of occupant protection! Equipped with an advanced brake system and individually calibrated by MESSRING. I Brake system for each wheel I Wireless or cable-controlled I Increased mass and profiled barrier shape I Ballast plates adjusted according to the standard I Individually calibrated center of gravity and moment of inertia (optional) I Height of front shield adjustable Page 1 / 7

DESCRIPTION The ECE moving barrier is used in performing tests to determine the safety of occupants in the event of a side impact in compliance with the requirements of ECE R95 according to Trans/SC1/GRSP/R48/Rev1, with deformation components that can be obtained from various manufacturers. The moving deformable barrier is equipped with a hydraulic-pneumatic brake that prevents a secondary impact on the test vehicle, and can also be used as an emergency braking system (in the case of an aborted test, for instance). Figure 1: Side Impact according to IIHS REGULATIONS I For tests according to IIHS (Insurance Institute for Highway Safety) I Moving Deformable Barrier Specification October 2007 I NHTSA Lab Test Procedure I Dynamic Side Impact Protection and TP214 Appendix C Page 2 / 7

MAIN COMPONENTS No. Description 1 Frame 2 Ballast plates 3 Bogies with disc brakes (4 pieces) 4 Vehicle brake system 5 Support ballast plates 6 Deformation element (not included) Figure 2: Moving barrier, perspective view 7 Front shield for connection of the deformation element 8 Camera stand for installation of a video camera (optional) 9 Cable support tube for guidance and protection of the umbilical Cable Figure 3: Dimensions Page 3 / 7

BRAKE SYSTEM In order to be able to decelerate the moving barrier in case of emergency and after the impact, a vehicle brake system is installed which operates the disk brakes. Figure 5 shows a moving barrier with hydropneumatic vehicle brake; as an alternative, the moving barrier is also available with a hydraulic vehicle brake. Wireless remote control or control via trailing cable Failsafe operation (automatic actuation in case of cable brake or power blackout) Controllable via CrashSoft facility control software Figure 4: Hydraulic-pneumatic brake system Figure 5: Braking system mounted on moving barrier Page 4 / 7

BRAKING OPERATION The moveable barrier is equipped with a brake system, which prevents the barrier to hit the target vehicle a second time after the impact. Tha brake system can also be used to trigger an emergency stop of the barrier, in case of the abortion of a test. The brake system is mounted on the center of the main frame and is coupled to the four disk brakes on each wheel. This ensures that each wheel is braked simultanously. In the case of a necessary abortion of a test, the brake can be activated with the emergency stop button. The signal will then be send to the brake system via the attached trailing cable, or optionally wireless with a remote radio signal. The brake is aktivated by deasserting the 24V control signal from the brake. This ensures that the braking mechanism is also triggered in the case of a cable break or power blackout. Figure 6: Connection of braking hoses Figure 7: Coupling of trailing cable Figure 8: Wireless remote control Page 5 / 7

COUPLING THE MOVING BARRIER I Mount the tow cable set to the swivel eye bolts on the barrier using the screw element I Connect the tow cable set to the hook of the trolley No. Description 1 Moving Barrier 2 Swivel eye 3 Tow cables (2 pieces) 4 Trolley with hook 1 2 3 4 Figure 2: Coupling the moving barrier Page 6 / 7

TECHNICAL SPECIFICATIONS General: Length (without deformation element) Width Height Crash weight Wheelbase Tire tread width Tire Tire pressure Shield: Width Height Thickness of plywood plate Hydraulic-pneumatic Brake System: Hydraulic pressure (operating pressure) Air pressure (operating pressure) Switching voltage 3,632 mm 2,095 mm 1,657 mm 1,500 ±5 kg 2,591mm 1,880 mm P 205/75 R15 36.26 psi / 0.25 MPa 1,676 mm 860 mm 19 mm 1.305 psi / 9 MPa mind. 87.02 psi / 0.6 MPa 24 V Scope of Supply I Moving barrier I Hydraulic-pneumatic brake I Trailing cable I Camera stand (optional) I Deformation element (optional) I Cable support tube 2HCA1_Movbarrieriihs 2017-02-28