Products
Aluminum Vessels and Low Carbon Steel Vessels Φ110mm Φ145mm Φ180mm Φ220mm Φ300mm
Products Description
Aluminum Vessels and Low Carbon Steel Vessels Φ110mm Φ145mm Φ180mm Φ220mm Φ300mm
Standards & Clauses:
IEC60335-2-9:2016 “Household and similar electrical appliances-Safety-Part2-9:Particular requirements for grills, toasters and similar portable cooking appliances” clause 3.1.9.108 and figure 103 and figure 104.
IEC60335-2-6:2018 “Household and similar electrical appliances-Safety-Part2-6:Particular requirements for stationary cooking ranges, hobs, ovens and similar appliances” clause 3.1.9.101 and figure 101 and figure 102.
Samples and Restrictions:
Hotplates, induction hotplates, hob elements, induction hob elements
Application:
Used to simulate the containers that placed on the hotplates, induction hotplates, hob elements, induction hob elements and other containers under normal working conditions
Test Principle:
Aluminum vessels are used to simulate the containers containing water, and the low carbon steel vessels are used to simulate the containers containing cooking oil.
Structure:
Aluminum vessels: Φ110mm *1 pc, Φ145mm*1 pc, Φ180mm*1 pc, Φ220mm*1 pc, Φ300mm*1 pc
Low carbon steel vessels: Φ110mm *1 pc, Φ145mm*1 pc, Φ180mm*1 pc, Φ220mm*1 pc, Φ300mm*1 pc
Technical Parameters:
dh(height)δ(base thickness)=Ф110×140×(2±0.5)
Model
SNEPAS01A(Aluminum vessels)
SNEPAS01B(Low carbon steel vessels)
Material
6061 Aluminum
Low carbon steel having a maximum carbon content of 0.08%
Dimensions(mm)
abc=Ф110×140×8
abc=Ф145×140×8
dAH=Ф145×140×(3±0.5)
abc=Ф180×140×9
dAH=Ф180×140×(3±0.5)
abc=Ф220×120×10
dAH=Ф220×120×(3±0.5)
abc=Ф300×100×10
dAH=Ф300×100×(5±0.5)
Wall Thickness(mm)
2
2±0.5
Maximum Concavity (mm)
0.05,not to be convex
C≦0.006d, not to be convex
Shape & Configuration
Flat base, with cover, cylinder
Without metallic handles and protrusions, without cover, cylinder
Quantity of Liquid
Refer to table 101
Refer to table 101
