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Client : ABA ADVANCED MATERIAL GROUP CO., LTD
Project : Fire Resistance Test on Metal Doorset
within Dry Wall Partition System in accordance
with BS EN 1634-1:2014+A1:2018
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM
Report No. : G23245FU246120
Date of Report Issue :
REPORT ON FIRE RESISTANCE TEST
OF DRY WALL PARTITION SYSTEM
INCORPORATING METAL DOORSET
*G23245FU246120*
08 Jul 2024
CONTENTS
Page
1. Introduction 1
2. Summary 1
3. Client Information 2
4. Test Specimen 2-14
5. Equipment 15
6. Test Procedure 16
7. Test Data and Information 17-27
8. Performance Criteria 28
9. Conclusion 29
10. Field of Direct Application of Test Results 30-32
11. Limitation 33
Appendix A - Test Photographs 34-35
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 1 of 35
Report No. : G23245FU246120 *G23245FU246120*
REPORT ON FIRE RESISTANCE TEST
1. Introduction
Fugro Technical Services (Guangzhou) Limited was commissioned by ABA ADVANCED
MATERIAL GROUP CO., LTD to determine the fire resistance performance of a single-acting,
single-leaf, metal doorset with a glazed panel within a dry wall partition system in
accordance with BS EN 1634-1: 2014+A1:2018.
The doorset is required to provide a fire separating function and the test was therefore
conducted in accordance with BS EN 1634-1: 2014+A1:2018, ‘Fire resistance and smoke
control tests for door and shutter assemblies, openable windows and elements of building
hardware – Part 1: Fire resistance tests for door and shutter assemblies and openable
windows’. This test report should be read in conjunction with that Standard and with BS EN
1364-1: 2015, ‘Fire resistance tests for non-loadbearing elements – Part 1: Walls’, BS EN
1363-1: 2020, ‘Fire resistance tests – Part 1: General requirement’ and BS EN 1363-2: 1999,
‘Fire resistance tests – Part 2: Alternative and additional procedures’.
The specimen was received on 24 June 2024 and given a Lab. Sample I.D.:FU246120.
The test was conducted at No.8, Hougang Industrial Street, Shachong, Dalong, Panyu,
Guangzhou, China on 27 June 2024.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 3 of 35
Report No. : G23245FU246120
3. Client Information
4. Test Specimen
The specimen had overall nominal dimensions 3000 mm high by 2495 mm wide by 90 mm
thick. It incorporated a doorset of overall nominal dimension of 2400 mm high by 1200 mm
wide by 100 mm thick. The doorset of incorporated a door leaf of overall nominal
dimensions of 2360 mm high by 1132 mm wide by 45 mm thick.
The door frame had overall sectional dimensions of 45 mm wide by 100 mm thick with 15
mm deep rebate. The door frame was made of 1.5 mm thick galvanized steel sheet with
fireproof materials infilled. The door frame was fixed to the supporting construction by M5
× 60 mm screws at maximum 500 mm centre to centre. The gaps between the door frame
and the supporting construction were filled with fireproof sealant with EPE sponge strip on
both sides.
The door leaf framework was constructed by 1.5 mm thick U-type galvanized steel sheet.
The door leaf had a core construction of 43 mm thick multi-magnesium light mineral board
sandwiched by 1.0 mm thick galvanized steel sheet.
The door leaf incorporated a glazed aperture of nominal sight dimensions 700 mm high by
90 mm wide. The aperture of the door leaf was glazed with 6 mm thick glass panel. The
glazing unit was retained with Z-type galvanized steel plate glazing bead of 15 mm by 19
mm by 20 mm by 1.5 mm thick. The glazing bead was fixed to the aperture framework by
screws at maximum 250 mm centre to centre.
A 15 mm wide by 2 mm thick intumescent seal was fitted into groove on the head, hinge
and leading edges of the door leaf. A 15 mm wide by 2 mm thick intumescent seal was
fitted into overlap on the rebate of the door leaf. A 12 mm by 12 mm door stop smoke seal
was glued to the head, left and right edges of the door frame. A drop seal was fitted into
groove on the bottom edge of the door leaf.
Client : ABA ADVANCED MATERIAL GROUP CO., LTD
Client Address : Unit 202, Building 8, Zone D, Huaxin Huantu Science and
Technology Innovation Island, No. 64 Luntou Road, Haizhu
District, Guangzhou City, Guangdong Province, China
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD
Manufacturer Address :No. 5 Land, No. 02-30 Linggang East Road, Southwest Industry
Zone, Wencun Town, Taishan City, Guangdong Province, China
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 4 of 35
Report No. : G23245FU246120
The door leaf was hung within a door frame by three stainless steel hinges. An overhead
door closer was mounted on the unexposed surface of the door leaf. A door lock was
installed into the door leaf which was latched but not locked for the duration of the test.
The door leaf was provided with a magic eye at 1500 mm from the bottom edge and the
mid-width of the door leaf.
The structural framework of the dry wall was made of 50 mm x 50 mm x 1.2 mm zinc
plated steel C-channel, 35 mm x 12 mm x 1.2 mm zinc plated steel C-channel, 10 + 10
mm thick fire-resistant board mounted on each side of the galvanized steel frame with a
layer of 50 mm thick mineral wool in the centre. The dry wall was fixed to the supporting
construction by anchor bolts at the maximum 870 mm centre to centre.
Each layer of 10 mm board was consisted of three pieces of boards, with nominal
dimensions of 3000 mm high by 650 mm wide, 555 mm high by 1200 mm wide and 3000
mm high by 645 mm wide respectively. The 10 mm fire-resistant board were fixed to the
framework with Φ3.5 mm x 38 mm and Φ3.8 mm x 50 mm screws at an approximate
distance of 200 mm centre to centre. The gap between the boards was filled with acrylic
intumescent sealant, and the gaps between the boards and the supporting construction
were filled with ceramic fiber blanket.
A description of the test specimen is shown in Schedule of Components and Figures 1 to 3.
The description was based on a detailed survey of the test specimen, an additional of the
test specimen and the information supplied by the client.
Fugro Technical Services (Guangzhou) Limited was not involved in the selection of the
specimen.
The specimen was installed into a prepared opening of a supporting construction to form
the test construction, and shown in Figure 4. It was mounted such that the door leaf
opened away from the heating conditions of the test. The 28 mm gap between the free
edge of the specimen on the right side, when viewed from the unexposed surface, and the
supporting construction was filled with ceramic fibre blanket.
Installation was conducted by the client on 25 June 2024.
After receiving, the specimen was stored in the test laboratory. Throughout this period of
the storage, both the temperature and relative humidity of laboratory were measured and
recorded as being within a range of from 24.2℃ to 38.6℃ and 43.1% to 64.5%
respectively.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 5 of 35
Report No. : G23245FU246120
Schedule of Components
Item Description
1 Door Frame
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : 1.5 mm thick galvanized steel sheet;
24 mm thick fireproof materials;
40 mm thick fireproof materials;
Density : 600 ± 60 kg/m³[640 kg/m3
#] -fireproof materials
7800-7900 kg/m³-steel sheet
Overall size : 1200 mm x 2400 mm *
Sectional dimension : 45 mm x 100 mm *
Rebate : 15 mm *
: Screw
: Fixed to supporting construction by steel screws steel
plate at 200 mm, 700 mm, 1200 mm, 1700 mm and
2200 mm from the bottom each vertical frame. *
Fixing material : M5 x 60 mm screws *
2 Door Leaf Stile & Rail
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : Galvanized steel sheet
Size : 43 mm x 20 mm x 1.5 mm **
Fixing method : Welding
3 Door Leaf Core
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Brand : ABA
Model : ABA Coral 400
Material : Multi-magnesium light mineral board
Density : 400 ± 40 kg/m3
[430 kg/m3
#]
Thickness : 43 mm **
Fixing method : Compaction
4 Door Leaf Facing
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : Galvanized steel sheet
* Verified by the laboratory before the test. # Measured by the laboratory.
** Verified by the laboratory after the test and from an additional part of the test specimen.
Jambs to head jointing
method
Fixing methods to
support
construction
(Refer to Figure 1 to 3. Unless stated otherwise, all values are nominal, and all information
in this Schedule of Components is supplied by the client.)
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 6 of 35
Report No. : G23245FU246120
Schedule of Components (cont‘d)
Thickness : 1 mm **
Fixing method : Welding + screw
5 Hinge
Manufacturer : CANGZHOU SINONE LOCK CO., LTD
Brand : SINONE
Model : CF5511 CONSORT
Material : 304 stainless steel
Size
i. knuckle : 120 mm long by 14 mm diameter *
ii. Blades : 114 mm x 102 mm x 3.0 mm *
Fixing method : Screw
6 Door Lock (Latch)
Manufacturer : CANGZHOU SINONE LOCK CO., LTD
Brand : SINONE
Model : 7255S-20R
Material : 304 stainless steel
Size : 235 mm x 84 mm x 20 mm *
Fixing method : Screw
7 Door Closer
Manufacturer : CANGZHOU SINONE LOCK CO., LTD
Brand : SINONE
Model : D103
Material : Aluminum alloy
Size : 202 mm x 44 mm x 68 mm *
Fixing method : Screw
8 Door Viewer
Brand : SINONE
Model : DV002
Material : Zinc alloy
9 Intumescent Seal
Manufacturer : Foshan Nanhai Chong Tai Fireproof Material Company
Limited
Brand : Fan Qiu
* Verified by the laboratory before the test.
** Verified by the laboratory after the test and from an additional part of the test specimen.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 7 of 35
Report No. : G23245FU246120
Schedule of Components (cont‘d)
Model : FQ-C1-1502
Size : 15 mm x 2 mm *
Fixing method : Glued
Application location : 1 no. of seal at the head, leading and hinge edges of the
door leaf. *
1 no. of seal at the rebate of the door leaf. *
10 Door Stop Smoke Seal
Manufacturer : Foshan Nanhai Chong Tai Fireproof Material Company
Limited
Brand : Fan Qiu
Model : FQ-VA002
Size : 12 mm x 12 mm *
Fixing method : Glued
Application location 1 no. of seal at the head, left and right edges of
the door frame. *
11 Bottom Smoke Seal
Manufacturer : Foshan Bohua Decoration Material Co., Ltd.
Brand : Bohua
Model : BH-M010
Material : Aluminum alloy
Size : 34 mm x 14 mm *
Fixing method : By screw
Application location : At the bottom of the door leaf *
12 Glass Panel
Manufacturer : HESHAN HENGBAO FIRE RESISTIANT GLASS
FACTORYCO., LTD.
Brand : Hengbao
Model : Borosilicate fire-resistant glass
Thickness : 6 mm *
Aperture size : 743 mm x 133 mm
Sight size : 700 mm x 90 mm *
13 Glazing Bead
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO.,LTD
Material : Galvanized steel plate
Density : 7800-7900 kg/m³
* Verified by the laboratory before the test.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 8 of 35
Report No. : G23245FU246120
Schedule of Components (cont‘d)
Size : 15 mm x 19 mm x 20 mm x 1.5 mm * Z-shape
Fixing method : Screw
Fixing frequency : At maximum 250 mm centre to centre
14 Dry Wall
Manufacturer : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : 50 mm x 50 mm x 1.2 mm C-channel
35 mm x 12 mm x 1.2 mm C-channel
10 mm thick ABA Coral 10850 fire-resistant board
50 mm mineral wool
Overall size : 3000 mm x 2495 mm *
Thickness : 90 mm *
Composite stiffening : 50 mm thick rockwool sandwiched by 10 mm + 10 mm
ABA Coral 10850 fire-resistant board on each side. *
: Fixed to the supporting construction by anchor
bolts at maximum 1000 mm centre to centre. *
Fixing material : Φ5 × 60 mm anchor bolt *
15 C-Channel
Supplier : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : 50 mm x 50 mm x 1.2 mm C-channel
35 mm x 12 mm x 1.2 mm C-channel
Fixing method : Fixed with anchor bolt
16 Rockwool
Supplier : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : Mineral wool
Density : 80 kg/m3
Thickness : 50 mm *
Fixing method : Free stand
17 Fire-resistant Board
Supplier : ABA NEW MATERIAL (GUANGDONG) CO., LTD.
Material : ABA Coral 850 fire-resistant board
Density : 850±85 kg/m³
Thickness : 10 mm *
Fixing method : Fixed with Φ3.5 mm x 25 mm and Φ3.5 mm x 38 mm
self-tapping screws *
Fixing frequency : Fixing to \"C\" channel at max 200 mm * centre to centre
* Verified by the laboratory before the test.
Fixing methods to
support construction
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 9 of 35
Report No. : G23245FU246120
Schedule of Components (cont‘d)
18 Fire Sealant
Manufacturer : Foshan Hengdali Adhesive Products Co., Ltd
Brand : WEI S HIBO
Model : 999
Material : Fireproof sealant
Application location : Gaps filling between the door frame and supporting
construction
19 Glue
Manufacturer : Foshan Hengdali Adhesive Products Co., Ltd
Brand : BAIYUN
Model : SS5118
Material : Sealant
20 Backer Rod
Manufacturer Foshan Shunde Yuanmei Plastic Co., Ltd
Brand : Yuanmei
Material : EPE sponge strip
Size : ∅ 10 mm *
* Verified by the laboratory before the test.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 10 of 35
Report No. : G23245FU246120
Figure 1
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 11 of 35
Report No. : G23245FU246120
Figure 2
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 12 of 35
Report No. : G23245FU246120
Figure 3
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 13 of 35
Report No. : G23245FU246120
○ thermocouples for average and maximum temperature rise
□ thermocouples for maximum temperature rise
● additional thermocouples for maximum temperature rise (supplementary procedure)
Figure 4 - Elevation Diagram of Test Construction
1
6 10 14
3 4
11
7
26
19 25
23 24
12
8
13 9
2 5
15 16
17
18 20
21
22
Supporting Construction Dry Wall Test Specimen Ceramic Fibre Blanket
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 14 of 35
Report No. : G23245FU246120
○ positions of furnace thermocouples
All dimensions are in mm.
▼ positions for deflection measurements
Figure 5 - Positions of Furnace Thermocouples
Figure 6 - Positions of Lateral Deflections Measurement
675 840 850 695
930 840 780
3060
495
3045
9# 6# 3#
8# 5# 2#
7# 4# 1#
Inner Wall of Furnace Furnace Thermocouple
D
E
A B C
F G
D1 E1
A1
B1
C1
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 15 of 35
Report No. : G23245FU246120
5. Equipment
Nine plate thermocouples were installed and maintained 100 mm away from the exposed
surface of the specimen to monitor the furnace temperature. The positions of the furnace
thermocouples are shown in Figure 5.
A pressure sensor was installed to control the furnace pressure.
Thermocouples were installed to monitor the temperature of the unexposed surface of the
specimen at the following positions.
a) At thirteen positions on the door leaf, one approximately at the centre of the door leaf
and one approximately at the centre of each quarter section, two at mid-height, 100 mm
in from the vertical edges, two at 100 mm in from the vertical edges and 100 mm down
from the horizontal edge, two at mid-height, 25 mm in from the vertical edges, and two
at 25 mm in from the vertical edges, 25 mm down from the horizontal edge.
b) At three positions on the frame, one at the mid-height on each vertical member, and
two on the horizontal members, 50 mm in from corner of frame.
c) At five positions on the dry wall, one approximately at the centre of the dry wall and
one approximately at the centre of each quarter section.
d) At five positions on the dry wall which may be expected to reach higher temperatures
than the average surface temperature, were located at positions not exceeding 20 mm
when measured from joint to the centre of the thermocouple.
e) The positions and reference numbers of the various unexposed surface
thermocouples are shown in Figure 4.
A roving thermocouple was provided to measure temperature on the unexposed surface of
the specimen at any position that might appear to be hotter than the temperatures indicated
by the fixed thermocouples.
Cotton pads and gap gauges were provided to evaluate the integrity of the specimen.
A steel ruler was provided to measure the lateral deflections of the specimen relative to
laser line. The measurement positions are shown in Figure 6.
A thermocouple was provided to monitor ambient temperature at a distance approximately
1500 mm away from the test construction.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 16 of 35
Report No. : G23245FU246120
6. Test Procedure
6.1 Pre-test examination and preparation
Prior to the fire resistance test, the doorset was subjected to 25 manually operated
opening and closing cycles and measured the closing speed as specified in BS EN 16034:
2014.
Gaps, closing forces were measured as specified in BS EN 1634-1: 2014+A1:2018,
Clause 10.1.2.and 10.1.3. The doorset was subjected to final setting as specified in BS
EN 1634-1: 2014+A1:2018, Clause 10.1.4.
6.2 Fire resistance test
The test was conducted in accordance with the procedure specified in BS EN 1634-1:
2014+A1:2018, Clause 10.2.
The ambient temperature of test area was measured at commencement of the test.
The furnace temperature was controlled so that the average furnace temperature and
tolerances complied with the requirements of BS EN 1363-1: 2020, Clause 5.1. Nine
furnace thermocouples were used to determine the average furnace temperature.
The furnace pressure was controlled so that it complied with the requirements of BS EN
1363-1: 2020, Clause 5.2. The calculated furnace pressure relative to the laboratory
atmosphere at the top of the doorset was 17.0 ± 3 Pa.
The temperature of the unexposed surface was monitored by means of twenty-six
thermocouples fixed to the unexposed surface of the specimen. Thermocouple 1 to 5 were
used to determine the average temperature of the unexposed surface of the door leaf.
Thermocouples 17 to 21 was used to determine the average temperature of the
unexposed surface of the fire panel. Thermocouple 1 to 5, 10 to 13 were used to
determine the maximum temperature (normal procedure) of the unexposed surface of the
door leaf. Thermocouples 6 to 9 were used to determine the maximum temperature
(supplementary procedure) of the unexposed surface of the door leaf. Thermocouple 17 to
26 were used to determine the maximum temperature of the unexposed surface of the fire
panel. Thermocouples 14 to 16 were used to determine the maximum temperature of the
unexposed surface of the door frame.
During the test, the temperatures and pressures were continuously monitored and were
recorded at one minute intervals.
The roving thermocouple was also used, if considered necessary, to determine
compliance with the insulation criterion.
Cotton pads and gap gauges were used to determine compliance with the integrity criteria.
The specimen was also monitored for the occurrence of any sustained flaming on the
unexposed surface which would result on failure to comply with the integrity criteria.
A steel ruler was used to measure the lateral deflection of the specimen during the test.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 17 of 35
Report No. : G23245FU246120
7. Test Data and Information
The closing speed of the door leaf was 174.8 mm/s.
Gaps between the door leaf and the door frame are shown in Figure 6.
The retention forces were shown as follows:
Push 66.7 N
Pull 62.5 N
* Viewed from the unexposed surface
The following data were recorded during the fire resistance test:
a) The actual average furnace temperature / time curve as well as the standard
furnace temperature/ time curve, are shown in Figure 7.
b) The furnace pressures relative to laboratory atmosphere, at a height of
approximately 2000 mm above the bottom of the specimen, are shown in Figure
8.
c) The average and maximum temperature rises of the unexposed surface of the
specimen measured by fixed surface thermocouples (normal procedure) are
shown in Figure 9 and 10. The individual temperatures recorded on the
unexposed surface of the specimen are shown in Table 1.
d) The lateral deflections of the specimen are shown in Table 2.
A summary of the observations made on the general behaviour of the specimen is given
in Table 3.
The ambient air temperature in the vicinity of the test construction was 32.7℃ at the
start of the test and increased by 0.9℃ at the termination of test.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 18 of 35
Report No. : G23245FU246120
All dimensions are in mm.
Dimensions shown in brackets were measured from the exposed surface.
3.0
4.8 3.2
Figure 7 - Gaps measured between Door Leaf and Door Frame
as Viewed from the Unexposed Surface
Maximum Minimum
Exposed 2.5 1.3
Gap dimension
(mm)
Mean declared
value
Measured value Surface
6.2 3.5
Average
2.0
3.9
3.7 3.0 3.5
Exposed
Unexposed
Unexposed
5.0 3.9
3.7 3.0 3.4
Bottom edge
Hinge edge
Head edge Exposed
Unexposed
Leading edge Exposed
3.0
4.4 7.0
5.8
4.3 3.5
3.5
4.0 4.8 7.0
3.5
Unexposed 4.1 2.9 3.7 3.5
4.3
(3.0)
4.0
(3.7)
5.0
(3.6)
3.9
(3.5)
4.5
(3.5)
5.2
(3.5)
4.5
(4.2)
4.7
(4.4)
4.0
(3.6)
5.8
(6.2)
2.9
(3.0)
3.6
(3.2)
4.1
(3.6)
4.0
(3.7)
3.8
(3.5)
4.2
(1.3)
3.2
(2.0)
3.5
(2.4)
4.0
(2.0)
4.8
(2.5)
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 19 of 35
Report No. : G23245FU246120
Figure 8 - Actual Average Furnace Temperature/Time Curve and
Standard Furnace Temperature/Time Curve
0
200
400
600
800
1000
1200
0 15 30 45 60
T
e
m
p
erature (℃)
Time (min)
Standard Furnace Temperature
Actual Average Furnace Temperature
Upper Limit of Furnace Temperature
Lower Limit of Furnace Temperature
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 20 of 35
Report No. : G23245FU246120
Graph showing recorded furnace pressure at 2000 mm above the bottom of the specimen.
Figure 9 - Furnace Pressures Relative to the Laboratory Atmosphere
0
3
6
9
12
15
18
0 15 30 45 60
Pre
s
s
ure (P
a)
Time (min)
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 21 of 35
Report No. : G23245FU246120
Figure 10 - Average Temperature Rises of the Unexposed Surface of the Specimen
0
20
40
60
80
0 15 30 45 60
T
e
mperature (℃)
Time (min)
Average Temperature Rise of the Door Leaf
Average Temperature Rise of the Dry Wall
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 22 of 35
Report No. : G23245FU246120
Figure 11 - Maximum Temperature Rises (Normal Procedure) of the Unexposed Surface of
the Specimen Measured by Fixed Surface Thermocouples
0
70
140
210
280
350
0 15 30 45 60
T
e
mperature (℃)
Time (min)
Maximum Temperature Rise of the Door Leaf
Maximum Temperature Rise of the Door Frame
Maximum Temperature Rise of the Dry Wall
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 23 of 35
Report No. : G23245FU246120
1 2 3 4 5 10 11 12 13
0 34.7 34.7 35.4 34.5 34.6 36.2 37.2 37.0 36.7
5 35.7 35.4 36.4 37.2 35.2 36.7 38.1 45.3 38.8
10 39.7 41.5 41.2 47.1 39.1 61.1 64.6 72.5 58.2
15 70.7 71.2 61.9 90.1 51.9 98.2 99.1 91.4 69.6
20 91.9 87.2 96.9 94.8 70.6 98.9 99.8 96.4 90.2
25 93.6 96.8 97.6 97.1 88.2 99.3 99.8 98.6 99.6
30 94.0 96.8 97.7 99.7 95.7 99.4 99.9 100.5 104.9
35 94.4 97.2 97.9 102.2 96.2 99.4 99.8 103.4 115.7
40 94.6 97.4 98.0 105.6 96.3 99.5 99.8 107.4 127.4
41 94.6 97.4 98.0 106.3 96.4 99.6 100.0 108.6 129.5
42 94.5 97.3 97.9 107.0 96.3 99.8 100.0 109.4 132.1
43 94.6 97.4 97.9 107.6 96.3 99.8 99.8 109.8 134.0
44 94.6 97.3 97.8 107.7 96.2 100.1 100.1 110.3 135.8
45 94.6 97.3 97.8 108.3 96.3 100.6 100.1 110.8 137.9
46 94.6 97.4 97.8 109.1 96.3 100.8 100.0 111.7 140.1
47 94.7 97.4 97.8 109.8 96.4 101.3 100.1 112.5 142.3
48 94.6 97.6 97.9 111.1 96.3 101.9 100.1 113.5 144.7
49 94.7 97.7 97.9 111.6 96.3 102.5 100.1 114.0 146.7
50 94.7 97.6 98.0 112.7 96.3 103.2 100.2 115.1 149.0
51 94.7 97.5 97.9 113.9 96.3 103.9 100.5 116.0 151.3
52 94.7 97.5 98.0 114.1 96.3 104.8 100.6 116.5 153.2
53 94.7 97.5 97.9 114.8 96.3 105.7 101.1 117.3 155.5
54 94.8 97.3 97.8 115.3 96.2 106.6 101.5 117.5 157.4
55 94.8 97.4 97.8 116.1 96.3 107.6 101.8 118.0 159.8
56 94.6 97.3 97.9 116.7 96.3 108.5 102.7 118.0 162.3
57 94.8 97.5 97.9 117.1 96.3 109.5 103.5 118.2 164.4
58 94.8 97.2 97.9 117.9 96.2 110.5 104.3 119.1 166.6
59 94.7 97.4 97.9 118.3 96.2 111.4 105.1 119.1 180.5
60 94.8 97.4 97.8 118.9 96.2 112.3 105.9 119.3 183.9
61 94.8 97.3 97.9 120.1 96.2 113.2 106.5 119.8 188.8
62 94.8 97.3 97.9 121.7 96.3 114.4 107.6 120.8 201.8
63 94.9 97.3 97.9 123.9 96.2 115.5 108.0 122.4 209.4
64 94.7 97.3 97.9 125.4 96.2 116.4 108.5 123.1 211.9
65 94.7 97.1 97.9 126.4 96.2 117.6 109.3 122.8 214.4
66 94.7 97.1 97.9 127.2 96.2 118.5 110.6 123.5 217.1
67 94.7 97.1 97.9 128.1 96.2 119.8 112.1 124.2 220.0
68 94.7 97.0 97.8 128.4 96.3 121.2 113.7 125.1 222.7
Table 1 Individual Temperatures Recorded on the Unexposed Surface of the Specimen
Time
(mins)
Thermocouple No.
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Report No. : G23245FU246120
14 15 16 17 18 19 20 21 22
0 37.8 38.6 39.5 35.5 36.5 36.5 36.8 36.2 35.3
5 51.4 59.9 62.3 35.6 36.7 38.3 37.1 36.3 35.3
10 102.1 97.8 120.2 36.2 38.9 49.5 37.8 36.7 36.0
15 118.0 116.0 154.9 38.7 41.3 53.0 41.5 38.5 48.9
20 136.9 138.7 189.9 44.3 46.5 56.8 47.8 41.7 58.6
25 160.5 157.5 205.4 51.4 51.5 64.1 55.6 45.9 65.0
30 187.4 178.2 229.4 59.0 57.5 70.0 63.4 52.5 72.2
35 204.6 198.5 246.5 67.3 64.0 74.3 70.9 59.8 74.7
40 224.8 204.7 263.2 70.5 66.5 74.9 73.8 64.2 74.9
41 225.7 205.9 265.8 70.8 67.0 74.9 74.1 64.7 75.0
42 229.1 207.8 268.9 70.9 67.0 74.9 74.2 65.0 75.3
43 233.7 208.7 272.9 71.1 67.2 75.1 74.4 65.6 75.5
44 232.5 213.6 276.2 71.4 67.3 74.9 74.7 66.3 75.6
45 247.6 213.0 279.9 71.6 67.3 75.0 74.8 66.6 75.6
46 249.6 216.1 283.7 71.9 67.5 75.4 75.0 67.0 75.9
47 247.8 220.8 287.4 72.2 67.8 75.7 75.5 67.7 75.8
48 246.5 226.0 290.6 72.6 68.0 76.4 75.8 68.2 76.1
49 264.2 223.7 295.0 73.0 68.3 76.9 76.1 68.7 76.2
50 268.8 226.7 298.4 73.4 68.9 77.5 76.5 69.3 76.3
51 272.9 229.7 302.3 73.8 69.1 78.1 77.0 69.7 76.2
52 276.9 234.0 306.8 74.1 69.5 78.5 77.2 70.3 76.4
53 278.1 242.2 310.3 74.5 69.7 78.8 77.6 70.8 76.5
54 285.2 243.9 314.7 74.8 70.2 78.9 78.0 71.4 76.7
55 289.0 247.5 318.3 75.0 70.2 79.3 78.2 71.8 76.8
56 287.3 253.7 321.2 75.4 70.3 79.2 78.4 72.3 76.9
57 288.0 258.4 321.4 75.5 70.4 79.4 78.5 72.6 77.1
58 286.5 263.5 322.3 75.7 70.3 79.5 78.6 72.9 77.3
59 300.4 256.1 325.3 75.9 70.5 79.6 78.7 73.2 77.5
60 302.5 260.7 327.8 75.9 70.7 79.2 78.7 73.3 77.4
61 295.3 266.3 330.4 76.1 70.7 79.3 78.6 73.4 77.4
62 296.4 266.5 333.2 76.2 70.9 79.4 78.6 73.6 77.6
63 286.9 274.0 335.9 76.2 70.9 79.8 78.6 73.5 77.6
64 290.3 277.3 339.3 76.0 71.0 80.0 78.4 73.5 77.7
65 295.1 281.3 343.6 76.0 70.8 80.0 78.4 73.6 77.8
66 299.1 285.9 347.8 75.8 70.9 80.1 78.3 73.6 77.8
67 303.3 289.9 351.6 75.8 70.9 80.0 78.3 73.6 78.0
68 307.4 293.8 355.9 75.8 70.9 79.9 78.3 73.9 77.9
Table 1 Individual Temperatures Recorded on the Unexposed Surface of the Specimen (con't)
Time
(mins)
Thermocouple No.
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Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 25 of 35
Report No. : G23245FU246120
23 24 25 26 6 7 8 9
0 36.2 36.5 37.7 37.1 36.4 37.2 37.1 36.3
5 37.5 38.7 38.1 37.1 41.3 218.9 90.1 43.2
10 46.5 46.2 66.5 37.8 72.6 73.7 100.4 83.7
15 71.6 48.1 82.5 41.5 95.9 88.8 127.1 89.3
20 77.8 67.6 84.3 48.9 100.3 101.0 169.3 98.1
25 82.6 77.7 85.3 58.8 108.2 128.9 178.8 115.2
30 86.8 77.2 84.2 66.5 124.9 131.4 174.1 136.1
35 90.0 77.5 82.9 70.7 147.2 146.2 167.5 162.4
40 91.7 78.0 83.1 71.3 173.4 161.2 175.6 186.2
41 91.2 78.3 83.6 71.3 178.1 168.4 180.5 190.4
42 91.4 78.3 83.6 71.3 182.5 171.9 182.7 194.5
43 95.0 78.4 84.1 71.4 186.5 175.9 185.7 198.2
44 95.1 78.4 85.1 71.5 190.3 181.9 188.8 201.7
45 95.4 78.2 85.8 71.8 194.2 179.5 186.3 205.2
46 96.2 78.2 86.6 72.1 197.9 182.9 188.1 208.9
47 94.9 78.4 87.3 72.3 201.8 187.3 191.3 212.7
48 95.1 78.2 87.6 72.6 205.6 190.7 194.5 216.5
49 94.4 78.2 87.9 72.8 209.3 188.2 190.6 219.4
50 95.0 78.6 87.8 73.2 213.2 189.4 192.0 223.3
51 98.4 78.8 87.6 73.4 217.1 193.3 193.2 226.9
52 99.0 78.9 88.0 73.6 220.8 196.7 195.2 230.5
53 101.8 79.2 88.5 73.9 224.9 194.8 201.2 234.2
54 101.6 79.5 89.0 74.0 228.3 196.0 200.3 237.5
55 102.9 79.5 89.3 74.1 232.2 201.1 201.6 240.7
56 102.3 79.6 89.8 74.3 235.3 204.7 205.5 243.9
57 101.8 79.9 90.0 74.5 238.8 205.8 207.8 247.1
58 102.0 79.9 90.4 74.4 242.1 208.3 211.8 250.2
59 99.8 80.3 90.9 74.5 245.0 210.8 201.5 253.5
60 102.5 80.3 91.3 74.4 248.8 209.1 205.1 256.8
61 103.5 80.4 91.8 74.3 253.0 209.2 209.2 259.7
62 102.7 80.6 92.1 74.4 256.5 212.1 207.8 263.2
63 100.6 80.8 91.8 74.2 261.2 210.2 214.5 266.7
64 102.7 80.9 91.8 74.0 265.1 211.7 216.8 270.2
65 104.6 81.1 92.2 74.0 268.9 215.2 220.3 273.3
66 103.0 81.1 92.3 74.0 273.1 219.1 224.0 276.4
67 104.3 81.1 92.9 74.2 277.1 224.6 226.9 279.6
68 101.8 81.1 93.4 74.1 281.1 228.0 229.1 282.9
Table 1 Individual Temperatures Recorded on the Unexposed Surface of the Specimen (con't)
Time
(mins)
Thermocouple No.
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Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 26 of 35
Report No. : G23245FU246120
A B C D E F G
0 0 0 0 0 0 0
5 9 5 1 12 0 3
9 15 7 6 23 -1 5
12 22 11 12 24 -2 5
15 29 13 16 24 -2 5
15 34 18 22 26 -4 5
17 38 20 26 26 -4 5
22 40 22 29 27 -5 5
A1 B1 C1 D1 E1
0 0 0 0 0
9 10 4 5 9
13 20 15 10 15
20 28 17 13 17
27 35 20 19 20
29 40 23 25 21
36 45 30 28 26
38 50 35 30 27
Positive deflections indicate movement towards the heat source.
Table 2 Lateral Deflections of the Specimen as Viewed from the Unexposed Surface
Time
（mins）
0
40
55
Deflections (mm)
10
60
Deflections (mm)
20
0
10
55
50
40
Time
（mins）
30
50
20
30
60
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 27 of 35
Report No. : G23245FU246120
Table 3 Observations Made during the Test
Unless stated otherwise, all observations made from the unexposed side.
15:28 Black discolouration is visible at the head edge of the glass panel. Intumescent
seal extrudes from the permeter edge of the glass panel.
68:13 Test is terminated.
Time
(min:sec) Observations
00:00 The test commences.
01:20 Smoke release is visible from the right edge of the glass panel.
47:43 The temperature of the thermocouple 9 records as 215.1℃.
Smoke release is visible from the head edge of the doorset.
06:15 Smoke release is visible from the left and right edges of the doorset.
10:15 Smoke release is visible from the bottom edge of the doorset. Smoke release is
visible from the head edge of the glass panel.
08:01 Smoke release is visible from the keyhole.
01:31
61:24
The temperature of thermocouple 13 records as 214.9℃, in excess of 180℃
above the initial average unexposed surface tempertaure of 34.8℃. Insulation
failure of the door leaf is deemed to occour.
60:00 No integrity or insulation failure has occurred.
26:48 The temperature of the thermocouple 16 records as 215.0℃.
30:00 No integrity or insulation failure has occurred.
31:56 Black discolouration is visible at the the top right corner and the top left corner of
the doorset.
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Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 28 of 35
Report No. : G23245FU246120
8. Performance Criteria
The performance of the specimen was assessed against the criteria for integrity and
insulation in accordance with BS EN 1634-1: 2014+A1:2018 and BS EN 1364-1:2015. The
performance criteria for failure were given as follows:
Integrity (E): The test specimen continues to maintain its separating function during the test
without either:
a) causing the ignition of a cotton pad when applied; or
b) permitting the penetration of a gap gauge as follows:
i) whether the 6 mm gap gauge can be passed through the test specimen such that the
gauge projects into the furnace, and can be moved a distance of 150 mm along the gap;
or
ii) whether the 25 mm gap gauge can passed through the specimen such that the gauge
projects into the furnace; or
c) resulting in sustained flaming for a period of time greater than 10 seconds.
Insulation (I): The test specimen continues to maintain its separating function during the test
without developing temperatures on its unexposed surface which either:
a) increase the average temperature above the initial average temperature by more than
140ºC; or
b) i) increase at any location of dry wall partition system (including the roving
thermocouple) above the initial average temperature by more than 180℃.
ii) increase at any location (including the roving thermocouple) above the initial average
temperature by more than 180ºC [Supplementary procedure – Classification I1].
The performance criteria “insulation” shall automatically be assumed not to be satisfied when
the “integrity” criterion ceases to be satisfied.
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Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 29 of 35
Report No. : G23245FU246120
9. Conclusion
A specimen of a dry wall partition system containing a single-acting, single-leaf, metal
doorset with a glazed panel has been subjected to a fire resistance test in accordance
with BS EN 1364-1:2015 and BS EN 1634-1: 2014+A1:2018.
The fire resistance performance of the specimen was judged against the criteria for
integrity and insulation, and the specimen satisfied the performance requirements for the
following period:
Dry wall partition system
Integrity (E)
Sustained flaming 68 minutes, no failure
Gap gauge 68 minutes, no failure
Cotton pad 68 minutes, no failure
Insulation (I) 68 minutes, no failure
Doorset
Integrity
(E)
Sustained flaming 68 minutes, no failure
Gap gauge 68 minutes, no failure
Cotton pad 68 minutes, no failure
Insulation
(Classification I2)
Door leaf 65 minutes
Door frame 68 minutes, no failure
The test was discontinued after a period of 68 minutes at the request of the client.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 30 of 35
Report No. : G23245FU246120
10. Field of Direct Application of Test Results
General: The field of direct application defines the allowable changes to the test specimen
following a successful fire resistance test. These variations can be applied automatically
without the need for the sponsor to seek additional evaluation, calculation or approval.
Dry wall partition system:
Materials and construction - General:
Unless otherwise stated in the following text the materials and construction of the tested
assembly shall be the same as that tested.
The results of the fire test are directly applicable to similar constructions where one or
more of the changes listed below are made and the construction continues to comply with
the appropriate design code for its stiffness and stability.
a) The height of the construction may be decreased.
b) The thickness of the construction may be increased.
c) The thickness of component materials may be increased.
d) The linear dimensions of boards or panels but not thickness may be decreased.
e) The stud spacing may be decreased.
f) The distance of fixing centres of boards or panels may be decreased.
g) The number of fixings used to attach the steel frame to supporting frame may increased
and the distance between fixings may be decreased.
Extension of width: The width of an identical construction may be increased.
Doorset:
Materials and construction - General: Unless otherwise stated in the following text, the
materials and construction of the doorset or openable window shall be the same as that
tested. The number of leaves and the mode of operation (e.g. sliding, single action or
double action) shall not be changed.
Specific restrictions on materials and construction:
a) Metal constructions: The dimensions of metal wrap around frames may be increased
to accommodate increased supporting construction thickness. The thickness of the metal
may also be increased by up to 25%. The type of metal shall not be changed from that
tested. The number of stiffening elements for uninsulated doors and the number and type of
fixings of such members within the panel fabrication may be increased proportionally with
the increase in size but shall not be reduced.
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Report No. : G23245FU246120
b) Glazed constructions: The type of glass and the edge fixing technique, including type
and number of fixings per metre of perimeter, shall not be changed from those tested. The
number of glazed apertures and each of the dimensions (width and height) of glass may be
decreased by a maximum of 25% in proportion with door size reductions but shall not be
increased. The distance between the edge of glazing and the perimeter of the door leaf, or
the distance between glazed apertures shall not be reduced.
Decorative finished: Paint finish are acceptable and may be added to door leaves or
frames.
Decorative laminates: Decorative laminates and timber veneers up to 1.5 mm thickness
may be added to the faces (but not the edges) of doors.
Fixings: The number of fixings per unit length used to attach doorset to supporting
constructions may be increased but shall not be decreased and the distance between
fixings may be reduced but shall not be increased.
Building hardware: The number of hinges and dog bolts may be increased but shall not be
decreased.
Permissible size variations - General: Doorsets of sizes different from those of the tested
specimen are permitted within certain limitations but the variations are dependent on
product type and the length of time that the performance criteria are fulfilled.
Specific size variations: Unlimited size reduction is permitted for all types except insulated
metal doors where a reduction to 50% width and 75% height of the tested specimen is the
limit of variation. Size increase may be permitted, depending on the required classification
period, in line with 13.3 of BS EN 1634-1:2014+A1:2018.
Other changes: For smaller doorset sizes the relative positioning of movement restrictors
(e.g. hinges, latches, etc) shall remain the same as tested or any change to the distances
between them will be limited to the same percentage reduction as the decrease of test
specimen size.
Asymmetrical doorsets - General: BS EN 1363-1 states that for separating elements
required to be fire resisting from both sides, two test specimens shall be tested (one from
each direction) unless the element is fully symmetrical, i.e. the construction of the doorset is
identical on both sides of a centre line when viewed in plan (from above). However, in some
cases it is possible to develop rules whereby the fire resistance of an asymmetrical door
assembly tested in one direction can apply when the fire exposure is from the other
direction. The possibility to develop such rules increases if the consideration is limited to
certain types of door assembly and on the criteria being applicable (e.g. integrity only doors)
The following rules represent the minimum level of common agreement which shall be
followed. The rationale behind the rules is given in Annex C of BS EN 1634-1:
2014+A1:2018.
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Report No. : G23245FU246120
11. Limitation
The results only relate to the behaviour of the specimen of the element of construction
under the particular conditions of the test. They are not intended to be the sole criteria for
assessing the potential fire performance of the element in use, nor do they reflect the actual
behaviour in fires.
This report details the method of construction, the test conditions and the results obtained
when the specific element of construction described herein was tested following the
procedure outlined in BS EN 1363-1, and where appropriate BS EN 1363-2. Any significant
deviation with respect to size, constructional details, edge or end conditions other than
those allowed under the field of direct application in the relevant test method is not cover by
this report.
Because of the nature of fire resistance testing and consequent difficulty in quantifying the
uncertainty of measurement of fire resistance, it is not possible to provide a stated degree
of accuracy of the result.
Supporting constructions - General: The fire resistance of a door assembly tested in
one form of standard supporting construction may or may not apply when it is mounted in
other types of construction. However, in some cases it is possible for the result of a test on
a particular type of door assembly tested in one form of standard supporting construction to
be applicable to that door assembly when mounted in a different type of standard
supporting construction.
Specific rules: For insulated metal door leaves hung in metal frames, there is no
applicability of results in rigid standard supporting construction to flexible constructions or
vice versa. To cover rigid and flexible types, tests shall be undertaken in each type of
standard supporting construction.
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 33 of 35
Report No. : G23245FU246120
Appendix A - Test Photographs
Photo 1 - The unexposed surface of the specimen before the test
Photo 2 - The unexposed surface of the specimen during the test
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 34 of 35
Report No. : G23245FU246120
Photo 3 - The unexposed surface of the specimen during the test
Photo 4 - The unexposed surface of the specimen after the test
FU-R-40(31/05/2014)
Client Ref. : ABA BS EN 60 FIRE DOOR-GFM Page 35 of 35
Report No. : G23245FU246120
Photo 5 - The exposed surface of the specimen after the test
** End of Report **
FU-R-40(31/05/2014)
