GB/T 13917.6-2009 English PDF (GB/T13917.6-2009)

GB/T 13917.6-2009: Laboratory efficacy test methods and criterions of public health insecticides for pesticide registration -- Part 6: Liquid vaporizer
Delivery: 9 seconds. Download (& Email) true-PDF + Invoice.
Get Quotation: Click GB/T 13917.6-2009 (Self-service in 1-minute)
Historical versions (Master-website): GB/T 13917.6-2009
Preview True-PDF (Reload/Scroll-down if blank)

GB/T 13917.6-2009
NATIONAL STANDARD OF THE
PEOPLE’S REPUBLIC OF CHINA
ICS 65.100
B 17
Replacing GB/T 13917.6-1992, GB/T 17322.6-1998, GB/T 17322.7-1998
Laboratory efficacy test methods and criterions of
public health insecticides for pesticide registration -
Part 6: Liquid vaporizer
ISSUED ON: MARCH 27, 2009
IMPLEMENTED ON: OCTOBER 01, 2009
Issued by: General Administration of Quality Supervision, Inspection and
Quarantine;
Standardization Administration of PRC.
Table of Contents
Foreword ... 3 
1 Scope ... 5 
2 Test materials ... 5 
3 Instrument and equipment ... 5 
4 Test method ... 7 
5 Calculation ... 8 
6 Evaluation ... 8 
7 Results and report compilation ... 8 
Foreword
GB/T 13917 "Laboratory efficacy test methods and criterions of public health
insecticides for pesticide registration" is divided into 10 parts:
- Part 1: Spray fluid;
- Part 2: Aerosol;
- Part 3: Smoke generator and smoke tablet;
- Part 4: Mosquito coil;
- Part 5: Vaporizing mat;
- Part 6: Liquid vaporizer;
- Part 7: Bait;
- Part 8: Dutsable powder and chalk;
- Part 9: Repellent;
- Part 10: Analogous site.
This part is Part 6 of GB/T 13917.
This part replaces GB 13917.6-1992 "Efficacy test methods of public health
insecticides for pesticides registration - Method of laboratory efficacy test for
electric liquid", GB/T 17322.6-1998 "Laboratory efficacy criterions of public
health insecticides for pesticide registration - Electric liquid repellent", GB/T
17322.7-1998 "Laboratory efficacy criterions of public health insecticides for
pesticide registration - Electric solid-liquid repellent".
As compared with GB 13917.6-1992, GB/T17322.6-1998, and GB/T17322.7-
1998, the main changes of this part are as follows:
- COMBINE GB 13917.6-1992, GB/T 17322.6-1998, GB/T 17322.7-1998, to
make the methods and evaluations are reflected in the same standard and
facilitate application
- MODIFY electrothermal liquid vaporizer to: liquid vaporizer;
- For the requirements of standard test insects, MODIFY it into: Use standard
test insects of laboratory-bred sensitive strains;
- MODIFY and DEFINE the age of the tested insects;
Laboratory efficacy test methods and criterions of
public health insecticides for pesticide registration -
Part 6: Liquid vaporizer
1 Scope
This part of GB/T 13917 specifies the indoor medicinal efficacy measurement
methods and evaluation criterion for liquid vaporizer.
This part applies to the efficacy test methods and criterions of public health
insecticides for pesticide registration of liquid vaporizer.
2 Test materials
Standard test insects of sensitive strains raised in the laboratory.
Culex pipiens pallens (Northern region) or Culex pipiens quinquefasciatus
(Southern region), female adults which did not suck blood on days 3 to 5 after
emergence.
3 Instrument and equipment
3.1 Cylinder device (Figure 1)
The colorless transparent cylinder (C) is supported on the bracket (I); there is a
colorless transparent circular plate (E, F) above and below the cylinder. The
circular plate (E) has a circular hole in the center and is plugged with a rubber
plug (G). The circular plate (F) has a circular hole in the center and plugged
with a rubber plug (H). The joint between the cylinder and the circular plate (E,
F) is lined with rubber gaskets (D1, D2) to prevent leakage of chemicals.
B - Glass square box, 700 mm in length, width and height;
C - Small door, 100 mm wide and high;
D - Big door;
E - Bracket;
F - Insect hole, 50 mm in diameter.
Figure 2 -- Square box device
3.3 Mosquito suction tube.
3.4 Stopwatch.
3.5 Counter.
4 Test method
4.1 Test conditions
Temperature: (26 ± 1) °C;
Relative humidity: 60% ± 10%.
4.2 Cylinder method
4.2.1 Setting of time interval
According to the principle of "retaining the head, determining the tail, inserting
three", determine five time interval for the efficacy test. That is, use the power
on for 2 h and the recommended longest usage time for this product as the two
time interval points of head and tail; then between the two time interval points,
select 3 time interval points at equal spacing as the test time interval points.
4.2.2 Test procedure
Use a cylindrical device (3.1). Suck in 30 test mosquitoes each test; put in the
center circular hole of the circular plate (F); tightly close the rubber plug (H).
After the test insects return to normal activities, place a heater that is
continuously powered to the corresponding time point and carries the liquid
vaporizer to be tested under the central hole of the circular plate (F), close to
the central hole; generate smoke to kill it for 1 min. Immediately plug the stopper.
Start timekeeping. Record the number of test insects that are knocked down at
regular intervals. The observation time limit is 20 min. The test shall be repeated
three or more times. At the end of each test, it shall clean the test equipment.
4.3 Square box method
GB/T 13917.6-2009
NATIONAL STANDARD OF THE
PEOPLE’S REPUBLIC OF CHINA
ICS 65.100
B 17
Replacing GB/T 13917.6-1992, GB/T 17322.6-1998, GB/T 17322.7-1998
Laboratory efficacy test methods and criterions of
public health insecticides for pesticide registration -
Part 6: Liquid vaporizer
ISSUED ON: MARCH 27, 2009
IMPLEMENTED ON: OCTOBER 01, 2009
Issued by: General Administration of Quality Supervision, Inspection and
Quarantine;
Standardization Administration of PRC.
Table of Contents
Foreword ... 3 
1 Scope ... 5 
2 Test materials ... 5 
3 Instrument and equipment ... 5 
4 Test method ... 7 
5 Calculation ... 8 
6 Evaluation ... 8 
7 Results and report compilation ... 8 
Foreword
GB/T 13917 "Laboratory efficacy test methods and criterions of public health
insecticides for pesticide registration" is divided into 10 parts:
- Part 1: Spray fluid;
- Part 2: Aerosol;
- Part 3: Smoke generator and smoke tablet;
- Part 4: Mosquito coil;
- Part 5: Vaporizing mat;
- Part 6: Liquid vaporizer;
- Part 7: Bait;
- Part 8: Dutsable powder and chalk;
- Part 9: Repellent;
- Part 10: Analogous site.
This part is Part 6 of GB/T 13917.
This part replaces GB 13917.6-1992 "Efficacy test methods of public health
insecticides for pesticides registration - Method of laboratory efficacy test for
electric liquid", GB/T 17322.6-1998 "Laboratory efficacy criterions of public
health insecticides for pesticide registration - Electric liquid repellent", GB/T
17322.7-1998 "Laboratory efficacy criterions of public health insecticides for
pesticide registration - Electric solid-liquid repellent".
As compared with GB 13917.6-1992, GB/T17322.6-1998, and GB/T17322.7-
1998, the main changes of this part are as follows:
- COMBINE GB 13917.6-1992, GB/T 17322.6-1998, GB/T 17322.7-1998, to
make the methods and evaluations are reflected in the same standard and
facilitate application
- MODIFY electrothermal liquid vaporizer to: liquid vaporizer;
- For the requirements of standard test insects, MODIFY it into: Use standard
test insects of laboratory-bred sensitive strains;
- MODIFY and DEFINE the age of the tested insects;
Laboratory efficacy test methods and criterions of
public health insecticides for pesticide registration -
Part 6: Liquid vaporizer
1 Scope
This part of GB/T 13917 specifies the indoor medicinal efficacy measurement
methods and evaluation criterion for liquid vaporizer.
This part applies to the efficacy test methods and criterions of public health
insecticides for pesticide registration of liquid vaporizer.
2 Test materials
Standard test insects of sensitive strains raised in the laboratory.
Culex pipiens pallens (Northern region) or Culex pipiens quinquefasciatus
(Southern region), female adults which did not suck blood on days 3 to 5 after
emergence.
3 Instrument and equipment
3.1 Cylinder device (Figure 1)
The colorless transparent cylinder (C) is supported on the bracket (I); there is a
colorless transparent circular plate (E, F) above and below the cylinder. The
circular plate (E) has a circular hole in the center and is plugged with a rubber
plug (G). The circular plate (F) has a circular hole in the center and plugged
with a rubber plug (H). The joint between the cylinder and the circular plate (E,
F) is lined with rubber gaskets (D1, D2) to prevent leakage of chemicals.
B - Glass square box, 700 mm in length, width and height;
C - Small door, 100 mm wide and high;
D - Big door;
E - Bracket;
F - Insect hole, 50 mm in diameter.
Figure 2 -- Square box device
3.3 Mosquito suction tube.
3.4 Stopwatch.
3.5 Counter.
4 Test method
4.1 Test conditions
Temperature: (26 ± 1) °C;
Relative humidity: 60% ± 10%.
4.2 Cylinder method
4.2.1 Setting of time interval
According to the principle of "retaining the head, determining the tail, inserting
three", determine five time interval for the efficacy test. That is, use the power
on for 2 h and the recommended longest usage time for this product as the two
time interval points of head and tail; then between the two time interval points,
select 3 time interval points at equal spacing as the test time interval points.
4.2.2 Test procedure
Use a cylindrical device (3.1). Suck in 30 test mosquitoes each test; put in the
center circular hole of the circular plate (F); tightly close the rubber plug (H).
After the test insects return to normal activities, place a heater that is
continuously powered to the corresponding time point and carries the liquid
vaporizer to be tested under the central hole of the circular plate (F), close to
the central hole; generate smoke to kill it for 1 min. Immediately plug the stopper.
Start timekeeping. Record the number of test insects that are knocked down at
regular intervals. The observation time limit is 20 min. The test shall be repeated
three or more times. At the end of each test, it shall clean the test equipment.
4.3 Square box method