🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS EN 16210:2013

BS EN 16210:2013

$167.15

Transportation loads. Measurement and evaluation of climatic and other loads. Data acquisition and general requirements for measuring equipment

Published By Publication Date Number of Pages
BSI 2013 34
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Categories: ,

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This European Standard specifies the documentation of measurements for climatic and other loads (such as sunlight, sand, dust and electromagnetic radiation) during transport, handling and storage.

PDF Catalog

PDF Pages PDF Title
7 1 Scope
2 Terms and definitions
3 General
9 4 Measuring climatic and other transportation loads
4.1 General
4.2 Preparation of the measurement
10 4.3 Execution of measurement
11 Annex A (normative) Road transportation (blank form of measuring report)
A.1 Data acquisition
A.2 General Information
A.2.1 Name and address of the institution performing the measurements
A.2.2 Name of the test manager and other persons present during the measurements
A.2.3 Date (beginning) and duration (end) of measurement
A.2.4 Test circuit (transportation route)
A.3 Data on transportation vehicle
A.3.1 Technical description of transportation vehicle
A.3.1.1 Vehicle category (e.g. commercial vehicle, general purpose goods vehicle, goods trailer, road train, articulated vehicle, refrigerated truck)
A.3.1.2 Vehicle manufacturer and type designation according to the manufacturer
12 A.3.1.3 Vehicle identification number
A.3.1.4 Vehicle registration number, country of origin
A.3.1.5 Manufacturer of: vehicle body, articulated vehicle, trailer
A.3.1.6 Vehicle dead weight
A.3.1.7 Permissible total vehicle weight
A.3.1.8 Permissible payload and payload-volume
A.3.1.9 Vehicle body design (e.g. cargo platform of metal/wood, tarpaulin, or for containers)
A.3.1.10 Vehicle particularities (e.g. refrigeration facilities, year of manufacture)
A.3.1.11 Further relevant information concerning the test vehicle
A.3.2 Description of actual vehicle condition
A.3.2.1 Loading condition (e.g. packed/unpacked, stapled, palletised, cargo restraint with wood, flooring)
A.3.2.2 Load (amount, description of it)
13 A.3.2.3 Volume efficiency (in % of maximum permissible volume)
A.3.2.4 Type and description of refrigeration system
A.3.2.5 Date of last vehicle maintenance, in particular of the refrigeration system
A.4 Measuring points and measuring equipment
A.4.1 Measuring points inside the vehicle
A.4.1.1 Location of the sensors (see Figure A.1)
14 A.4.1.2 Method of mounting the sensors (e.g. freely suspended or screwed) (see Table A.1)
A.4.2 Measuring equipment
15 A.5 Performing the measurements
A.5.1 Transportation route
A.5.1.1 Description of the transportation route (course, length, perhaps sketch of route, geographical information, start of journey, destination – via)
A.5.1.2 Total duration of transport, including downtime
A.5.2 Climatic conditions at the beginning and/or during the test drive
A.5.2.1 Air temperature outside of the vehicle in C
A.5.2.2 Relative humidity outside of the vehicle in %
A.5.2.3 Climatic particularities (e.g. rain, snow etc.)
16 A.5.2.4 Intensity of solar irradiation (cloudless sky, cloudy, overcast)
17 Annex B (normative) In-plant transportation (including storage and handling) (blank form of measuring report)
B.1 Data acquisition
B.2 General Information
B.2.1 Name and address of the institution performing the measurements
B.2.2 Name of test manager and persons present during the measurement
B.2.3 Date (beginning) and duration (end) of measurement
B.2.4 Transportation route (in-plant transportation route) or measuring location (storehouse)
B.3 Data of the measuring environment
B.3.1 Technical description of the measuring environment
B.3.1.1 Type of measuring environment (e.g. warehouse, production line, open-air storage)
18 B.3.1.2 Size of the facility or of the premises
B.3.1.3 Particularities of the measuring environment (e.g. glass roof, no windows, etc.)
B.3.2 Description of the actual condition of the measuring environment
B.3.2.1 Structural condition of the building (damaged roof, leaky windows)
B.3.2.2 Assignment (e.g. store room 50 % occupied)
B.4 Measuring points and measuring equipment
B.4.1 Measuring points on the means of transport (e.g. fork lift) inside the store house, open-air ground.
B.4.1.1 Location of sensors
19 B.4.1.2 Method of mounting of the sensors (e.g. glued, screwed) (see Table B.1)
B.4.2 Measuring equipment
20 B.5 Performing the measurements
B.5.1 Description of the measuring environment
B.5.1.1 Description of the environment (e.g. measuring inside the building, or on the factory premises, or changing from one to the other)
B.5.1.2 Total time of in-plant transportation, including downtime, handling processes or storage
B.5.1.3 Total measuring time inside the premises
B.5.1.4 Measuring time in the open-air
B.5.1.5 Measuring interval
B.5.2 Climatic conditions during the measurements
B.5.2.1 Temperature in the room in C
B.5.2.2 Outside temperature in C
B.5.2.3 Relative humidity in the room in %
B.5.2.4 Relative humidity of the outside air in %
21 B.5.2.5 Climatic particularities (e.g. change from the deep freeze store to the commissioning area, strong wind when measuring in the open air)
B.5.2.6 Intensity of solar irradiation (cloudless sky, cloudy, overcast)
22 Annex C (normative) Rail transportation (blank form of measuring report)
C.1 Data acquisition
C.2 General information
C.2.1 Name and address of the institution performing the measurements
C.2.2 Name of the test manager and persons present during the measurements
C.2.3 Date (beginning) and duration (end) of measurement
C.2.4 Test circuit (transportation route)
C.3 Data on transportation vehicle
C.3.1 Technical description of the freight wagon
C.3.1.1 Type of vehicle (e.g. open, covered, flat bed and tank wagon, carrier for containers, refrigerated wagon) and design type (standard or special)
23 C.3.1.2 Railway wagon number
C.3.1.3 Permissible pay load and payload-volume volume, in tons and m3
C.3.1.4 Vehicle body design (e.g. cargo platform of metal/wood, tarpaulin, posts, box car, container)
C.3.1.5 Vehicle particularities (e.g. refrigerating unit)
C.3.1.6 Dimensional sketch of the cargo hold (see Figure C.1)
C.3.1.7 Other relevant information concerning the vehicle (if appropriate)
C.3.2 Description of actual vehicle condition
C.3.2.1 Type of load (amount, description)
C.3.2.2 Packaging density of the payload on the cargo platform
C.3.2.3 Volume efficiency, in % of maximum permissible volume (change of volume efficiency during the test drive has to be recorded
C.3.2.4 Date of last maintenance of the refrigerating plant
24 C.4 Measuring points and measuring equipment
C.4.1 Mounting of the sensors on the vehicle
C.4.1.1 Location of the sensors (see Figure C.1)
C.4.1.2 Method of mounting the sensors (glued, screwed) (see Table C.1)
25 C.4.2 Measuring equipment
C.5 Performing the measurements
C.5.1 Transportation route
C.5.1.1 Description of the transportation route (course, length, perhaps sketch of route, geographical information, start of journey, destination – via)
C.5.1.2 Total duration of transport, including downtime
C.5.1.3 Measuring interval
26 C.5.2 Climatic conditions at beginning and / or during the test drive
C.5.2.1 Air temperature outside of the vehicle in C
C.5.2.2 Relative humidity outside of the vehicle in %
C.5.2.3 Climatic particularities (e.g. rain, snow etc.)
C.5.2.4 Intensity of solar irradiation (cloudless sky, cloudy, overcast)
27 Annex D (normative) Sea transportation (blank form of measuring report)
D.1 Data acquisition
D.2 General information
D.2.1 Name and address of the institution performing the measurements
D.2.2 Name of the test manager and persons present during the measurements
D.2.3 Date (beginning) and duration (end) of measurement
D.2.4 Test circuit (transportation route)
D.3 Data of the ship
D.3.1 Technical description of the ship
D.3.1.1 Ship category (e.g. container ship, tanker ship, bulk carrier, ferry)
28 D.3.1.2 Shipyard and type designation according to the producer
D.3.1.3 Name of the ship and shipping company/charterer
D.3.1.4 Land of accreditation (flag) and home port
D.3.1.5 Year of construction
D.3.1.6 Size of ship
D.3.1.7 Load capacity
D.3.1.8 Particularities of the ship
D.3.2 Description of the actual condition of the ship
D.3.2.1 Loading condition e.g. packed/unpacked, stapled, palletised cargo restraint with wood, flooring)
D.3.2.2 Load (amount, description)
29 D.3.2.3 Volume efficiency, in % of maximum permissible volume (change of volume efficiency during the trip has to be recorded)
D.3.2.4 Type and description of refrigerating system
D.3.2.5 Date of last maintenance of the refrigerating plant
D.4 Measuring points and measuring equipment
D.4.1 Measuring points on the ship
D.4.1.1 Location of the sensors
D.4.1.2 Method of mounting the sensors (glued, screwed) (see Table D.1)
30 D.4.2 Measuring equipment
D.5 Performing of measurements
D.5.1 Transportation route
D.5.1.1 Description of the transportation route (course, length, perhaps sketch of route, geographical information, start of journey, destination – via)
D.5.1.2 Total duration of transport, including downtime
D.5.2 Climatic conditions during the test drive
D.5.2.1 Air temperature outside of the ship (above deck) in C
31 D.5.2.2 Relative humidity outside the ship (above deck) in %
D.5.2.3 Air temperature within the ship (below deck) in C
D.5.2.4 Relative humidity within the ship (below deck) in %
D.5.2.5 Climatic particularities (e.g. rain, snow, heavy sea)
D.5.2.6 Intensity of solar irradiation (cloudless sky, cloudy, overcast)
32 Annex E (normative) Combined transportation
E.1 Transport incidents during combined transportation
E.2 Climatic measurements in combined transports
E.3 Basic rules for the selection of measuring reports

Related products

BS EN 16210:2013
$167.15