619202 REACT Wide PM - trinityhighway.com€¦ · The REACT 350® Wide TL-1 can be mounted to a new...
Transcript of 619202 REACT Wide PM - trinityhighway.com€¦ · The REACT 350® Wide TL-1 can be mounted to a new...
REACT 350® is a registered trademark of Energy Absorption Systems, Inc. Part No. 619202 © 2020 Trinity Highway Products, LLC TrinityHighway.com 1 Revision A January 2020
REACT 350® Wide The REACT 350® Wide has been tested pursuant to National Cooperative Highway Research Program (“NCHRP”) Report 350 specifications. The REACT 350® Wide has been deemed eligible for federal-aid reimbursement by the Federal Highway Administration (“FHWA”).
Product Description Manual
2525 N. Stemmons Freeway
Dallas, Texas 75207
Warning: The local highway authority, distributors, owners, contractors, lessors, and lessees are RESPONSIBLE for the assembly, maintenance, and repair of the REACT 350® Wide. Failure to fulfill these RESPONSIBILITIES with respect to the assembly, maintenance, and repair of the REACT 350® Wide could result in serious injury or death.
The instructions contained in this manual supersede all previous information and manuals. All information, illustrations, and specifications in this manual are based on the latest REACT 350® Wide information available to Trinity Highway at the time of printing. We reserve the right to make changes at any time. Please contact Trinity Highway to confirm that you are referring to the most current instructions.
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Table of Contents
Customer Service Contacts .......................................................................................................... 2 Design Criteria .............................................................................................................................. 5 Site Data Sheet ............................................................................................................................. 7
TL-3 (60”) w/Concrete Backup ................................................................................................ 9 TL-3 (60”) w/Self-Contained Backup ..................................................................................... 10 TL-3 (96”) w/Concrete Backup .............................................................................................. 11 TL-3 (96”) System w/Self Contained Backup ........................................................................ 12 TL-3 (120”) System w/Concrete Backup ............................................................................... 13 TL-3 (120”) System w/Steel Backup ..................................................................................... 14 TL-2 (60”) System w/Concrete Backup ................................................................................. 15 TL-2 (96”) System w/Concrete Backup ................................................................................. 16 TL-1 (69”) System w/Concrete Backup ................................................................................. 17 (120”) Monorail Assembly ..................................................................................................... 18 (96/120”) Concrete Backup Assembly .................................................................................. 19
Customer Service Contacts Trinity Highway is committed to the highest level of customer service. Feedback regarding the REACT 350® Wide, its assembly procedures, supporting documentation, and performance is always welcome. Additional information can be obtained from the contact information below:
Trinity Highway
Telephone (888) 323-6374 (USA) +1 214 589-8140 (International)
E-mail TrinityHighway.com/Contact
Internet TrinityHighway.com
Important: DO NOT use any component part that has not been specifically specified herein for this system during assembly or repair.
Warning: Use only Trinity Highway parts on the REACT 350® Wide for assembly, maintenance, or repair. The assembly or comingling of unauthorized parts is strictly PROHIBITED. The REACT 350® Wide and its component parts have been accepted for state use by the FHWA. However, a comingled system has not been accepted. The use or comingling of unauthorized parts may cause serious injury or death.
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System Overview TL-3
The REACT 350® Wide TL-3 can be mounted to a new or existing concrete backup. It can also be mounted in front of the hazard with a steel backup.
Figure 1A
REACT 350® Wide TL-3 (60”) Orientation
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System Overview TL-2
The REACT 350® Wide TL-2 can be mounted to a new or existing concrete backup. It can also be mounted in front of the hazard with a steel backup.
System Overview TL-1
The REACT 350® Wide TL-1 can be mounted to a new or existing concrete backup. It can also be mounted in front of the hazard with a steel backup.
Figure 1B REACT 350® Wide TL-2 (60”) Orientation
Figure 1C REACT 350® Wide TL-1 (60”) Orientation
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Design Criteria Special Site Conditions
Contact Trinity Highway Customer Service Department if you have questions about your application. Proper model selection is essential to the performance of the REACT 350® Wide. You will need to answer the following questions:
1. Are curbs, islands, or elevated objects (delineators or signs) present at the site? What height and width are they? All curbs and elevated objects should be removed. Curbs should be removed from behind the backup to approximately 50’ [15 m] in front of the REACT 350® Wide. Any curbs that must remain should be 4” [102 mm] maximum and be mountable. Signs should not interfere with the system’s ability to collapse. Generally, a vehicle should not interact with two appurtenances at the same time. Allow for adequate spacing.
2. If the deployment site is a gore area, place where two roads diverge, what is the angle of divergence?
3. What is the general geometry of the site? Include the roadway for 500’ [150 m] in front of the hazard, so traffic patterns can be visualized.
4. Is there an existing guardrail or median barrier at the site?
5. What is the width of the hazard to be protected?
6. Will there be traffic approaching from the rear of the system? Is the system in a two-way traffic situation with traffic going in opposite directions on either side of the system? Or, is the system on the side of the road where crossover traffic is a concern? If so, a transition from the hazard to the rear of the system may be necessary to prevent a vehicle from interacting on the rear of the system (p. 6).
7. Are there any other unique features at the site that may affect the positioning or performance of the REACT 350® Wide?
Other Factors That May Affect Your Assembly:
1. The existence of drain inlets or buried culvert pipe.
2. Junction boxes or other appurtenances located near the hazard.
3. Insufficient space for the length of system preferred.
4. The location and movement of expansion joints.
5. Breaking cross-slopes under or near the proposed assembly or severe cross-slope under the system. Provide leveling to 8% maximum slope (Figure 2). Often a system can be moved further forward to a more level site. Transitioning may be extended back to the existing hazard to accommodate the site.
Figure 2
Cross-Slope
8%
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Road Feature Width
The REACT 350® (60”) may protect obstacles up to 60” [1525 mm] wide.
The REACT 350® (69”) may protect obstacles up to 69” [1753 mm] wide.
The REACT 350® (96”) may protect obstacles up to 96” [2440 mm] wide.
The REACT 350® (120”) may protect obstacles up to 120” [3050 mm] wide.
Depending on site conditions, it may be necessary to provide a transition from the backup to the hazard.
Bidirectional Traffic
If bidirectional traffic (vehicles traveling opposite directions on either side of the system) is present, special consideration needs to be taken when placing the system. It is important that the backup itself does not become a hazard to the reverse direction traffic. If a system is placed in a location where traffic will be approaching from the rear of the system, the backup should not protrude beyond the hazard being shielded. Concrete transitioning may be required (Figure 3).
Warning: Impact conditions which differ from those described in the NCHRP Report 350 test matrix for non-gating re-directive crash cushions may result in different crash results than those encountered in testing. Furthermore, impacts in excess of TL-3 impact severity or the existence of unusual impact conditions such as vehicle instability resulting from traversing curbs or excessive cross-slopes prior to impact may compromise crash performance of the system. Performance criteria relative to structural adequacy, occupant risk, and vehicle trajectory may not meet NCHRP Report 350 evaluation criteria in those instances where the FHWA impact criteria are not met.
Model Number Description
Figure 3 Bidirectional Traffic
Maximum Nominal Speed in mph: (62 mph [100 kph] for TL-3, 43 mph [70 kph] for TL-2)
Nominal System Width in inches: (60” [1525 mm], 69” [1753 mm], 96” [2440 mm], 120” [3050 mm]
B Self-Contained Steel Backup
C Concrete Backup
Backup:
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Site Data Sheet
Make copies, fill out, and send in completed form for each drawing request.
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TL
-3 (
60”)
w/C
on
cret
e B
acku
p
R62
C06
0U
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R62
B06
0U
TL
-3 (
60”)
w/S
elf-
Co
nta
ined
Bac
kup
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TL
-3 (
96”)
w/C
on
cret
e B
acku
p
R62
C09
6U
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TL
-3 (
96”)
Sys
tem
w/S
elf
Co
nta
ined
Bac
kup
R62
B09
6U
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TL
-3 (
120”
) S
yste
m w
/Co
ncr
ete
Bac
kup
R62
C12
0U
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TL
-3 (
120”
) S
yste
m w
/Ste
el B
acku
p
R62
B12
0U
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TL
-2 (
60”)
Sys
tem
w/C
on
cret
e B
acku
p
R43
C06
0U
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TL
-2 (
96”)
Sys
tem
w/C
on
cret
e B
acku
p
R43
C09
6U
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TL
-1 (
69”)
Sys
tem
w/C
on
cret
e B
acku
p
R31
C06
9U
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6113
62
(120
”) M
on
ora
il A
ssem
bly
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6045
22
(96/
120”
) C
on
cret
e B
acku
p A
ssem
bly
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Notes:
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Notes:
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Notes: