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  • 當(dāng)前位置:上海鼎振儀器設(shè)備有限公司 > 產(chǎn)品中心 > 氙燈紫外鹽霧老化試驗箱 > 德國鹽霧腐蝕箱DIN EN ISO11997-1

    德國鹽霧腐蝕箱DIN EN ISO11997-1

    產(chǎn)品型號: TLC1000
    品  牌: 德國
    • ≧1 臺
      ¥666666.00
    所 在 地: 上海嘉定區(qū)
    更新日期: 2025-04-29
    詳細(xì)信息
     品牌:德國  型號:TLC1000  加工定制:否  
     工作室尺寸:1400x900x760 mm 溫度范圍:50 ℃ 溫度波動度:0.5 ℃ 
     溫度均勻度:1 % 腐蝕物沉降量:1-2 mL/80C㎡﹒h 溫度波動度:0.5 ℃ 


     


    Corrosion Test Chamber腐蝕試驗箱TLC系列
    滿足眾多國際和行業(yè)測試標(biāo)準(zhǔn)
    ISO 9227 NSS.ASS.CASS
    ISO 60068-2-11
    ASTM B117
    增加選項可以滿足
    ISO 6270-2 CH.AT.AHT
    ISO 11997-1
    VDA 621-415
    VW PV 1210
    ISO 60068-2-52
    SAE J2334
    Nissan CCT1
    Volvo / Ford
    VDA233-102
    DIN 55635
       

    TLC系列 容積L 550 750 950 1000 1450 2000 2500 3000
    內(nèi)尺寸 寬mm w 1100 1500 2000 1200 1600 2000 2500 3000
    內(nèi)尺寸 深mm d 670   670 670 900 900   1000 1000 1000
    內(nèi)尺寸 高mm至鹽霧箱邊緣 h 630    630 630 750 750 960 960 960
    內(nèi)尺寸 高mm至箱蓋傾斜點 h1 760   760 760 880 880 1090 1090 1090
    內(nèi)尺寸 高mm至鹽霧箱頂點 h2 990 990 990 1140 1140 1390 1390 1390
    外尺寸 深mm D 800   800 800 1150 1150 1250 1250 1250
    外尺寸 高mm H 1160 1160 1160 1350   1350 1630 1630 1630
    外尺寸 寬mm W 1920 2320 2820 2020 2450 2850 3350 3850
    外尺寸 寬mm帶濕度控制模塊 W 2820   3220 3720 2920 3350 4000 4500 5000
    內(nèi)箱材料 PP聚丙烯
    加熱方式 加熱墊(可更換)
    冷凝水方式 外循環(huán)水供暖
    溫度(鹽霧) 50°C(可選更高)
    噴嘴 聚偏二氟乙烯PVDF
    流量控制數(shù)量(計量泵和噴嘴) 1PC 1PC 1PC 1PC 2PC 2PC 2PC 2PC
    鹽霧沉降量 0,5 - 3,0 ml/h
    噴霧壓力調(diào)節(jié) 0,7 - 2,0 bar
    鹽水桶容量L 140 250 250 250 250 500 500 500
    重量KG 250 300 350 350 400 500 550 600



     

     

                                                       Cycle A

    C.1 Salt fog test solution

    Prepare the spray solution as described in Clause 5 by dissolving sodium chloride in water to give a concentration of (50±10)g/l .The PH of the solution shall be in the range 6 to 7.

     

    C.2 Cycle

    Set up the cabinet to perform the following cycle.

     

    Step

    Time H

    Temp

    Condition

    Notes

    1

    2

    35±2

    Salt spray

     

    2

    4

    60±2

    Dry20-30%

     

    3

    2

    50±2

    Wet95%RH or over

     

    4

    Go back to step 1

    This makes a total cycle time of 8h from step1 to step3

     

    Transtition timeie time allowed to reach the temperature and relative humidity specified for a condition after changing to that condition):

    From salt spray to drywithin 30min

    From dry to wetwithin 150 min

    From wet to salt spraywithin 30min

    The effect of the salt spray will,in principle,be instaneous。

    For details of drying-air flow,see 6.4

    NOTE  Set points and operational fluctuations can be listed either independently of each other or in the formatset point±operational fluctuations.The set point is the target condition for the sensor when used at the operational control point as programmed by the user.Operational fluctuations are deviations from the indicated set point at the control point indicated by the readout of the calibrated control sensor during equilibrium operation and do not include measurement uncertainty.At the operational control point , the user programmes that exat number . The operational fluctuations specified for that set point do not imply that the user is allowed to programme a set point higher or lower than the exact set point specified.

    C3 Salt fog depsiton rate

    The salt fog deposition rate shall be 1ml/h to 2ml/h,when the salt fog iscollected over a 24h period (see Clause 10)

    C 4 Duration

    Unless otherwise agreed,repeat the test cycle for 30 cycles(240h),60cycles(240h),90cycles(720h) or 180cycles(1440h)

     

                                                                 Cycle B

    C.1 Salt fog test solution

    Prepare the spray solution as described in Clause 5 by dissolving sodium chloride in water to give a concentration of (50±10)g/l .The PH of the solution shall be in the range 6 to 7.

     

    C.2 Cycle

    Set up the cabinet to perform the following cycle.

    Step

    Time

    Temp

    Condition

    notes

    1

    24

    35±2

    Salt fog

     

    2

    8

    40±2

    100%RH

    Water condensing on test panels

    3

    16

    23±2

    50±20%RH

     

    4

    8

    40±2

    100%RH

    Water condensing on test panels

    5

    16

    23±2

    50±20%RH

     

    6

    8

    40±2

    100%RH

    Water condensing on test panels

    7

    16

    23±2

    50±20%RH

     

    8

    8

    40±2

    100%RH

    Water condensing on test panels

    9

    16

    23±2

    50±20%RH

     

    10

    48

    23±2

    50±20%RH

     

    11

    Go back to step 1

    This makes the total cycle time 7 days from step1 to step10.

    NOTE  Set points and operational fluctuations can be listed either independently of each other or in the formatset point±operational fluctuations.The set point is the target condition for the sensor when used at the operational control point as programmed by the user.Operational fluctuations are deviations from the indicated set point at the control point indicated by the readout of the calibrated control sensor during equilibrium operation and do not include measurement uncertainty.At the operational control point , the user programmes that exat number . The operational fluctuations specified for that set point do not imply that the user is allowed to programme a set point higher or lower than the exact set point specified.

     

    C3 Salt fog depsiton rate

    The salt fog deposition rate shall be 1ml/h to 2ml/h,when the salt fog iscollected over a 24h period (see Clause 10)

    C 4 Duration

    Unless otherwise agreed,repeat the test cycle for 840 h

     

     

     

     

                                         Cycle C

    C.1 Salt fog test solution

    Prepare the spray solution as described in Clause 5 by dissolving sodium chloride in water to give a concentration of (0.31±0.01)g/l and (4.1±0.01)g/l respectively  .The PH of the solution shall be in the range 6 to 7.

     

    C.2 Cycle

    Set up the cabinet to perform the following cycle.

    Step

    Time

    min

    Temp

    Condition

    notes

    1

    210

    30±2

    Salt fog

     

    2

    210

    40±2

    Dry

    Drying-air purge(see 6.4)

    3

    1470

    40±2

    75±15%RH

    One method of achieving this conditon is to alternate the dry and humid cycles for suitable(short)time periods to keep the RH between the limits specified

    4

    102

    30±2

    Dry

    Drying-air purge(see 6.4)

    5

    210

    30±2

    Salt fog

     

    6

    378

    30±2

    90% to 100%RH

    Water condensing on test panel

    7

    180

    35±2

    Dry

    Drying-air purge(see 6.4)

    8

    120

    25±2

    Dry

     

    9

    Go back to step 1

    This makes the total cycle time 48h from step1 to step8.

    NOTE  Set points and operational fluctuations can be listed either independently of each other or in the formatset point±operational fluctuations.The set point is the target condition for the sensor when used at the operational control point as programmed by the user.Operational fluctuations are deviations from the indicated set point at the control point indicated by the readout of the calibrated control sensor during equilibrium operation and do not include measurement uncertainty.At the operational control point , the user programmes that exat number . The operational fluctuations specified for that set point do not imply that the user is allowed to programme a set point higher or lower than the exact set point specified.

     

     

    C3 Salt fog depsiton rate

    The salt fog deposition rate shall be 2ml/h to 4ml/h,when the salt fog iscollected over a 24h period (see Clause 10)

     

    C 4 Duration

    Unless otherwise agreed,repeat the test cycle for1000h

     

     

     

                                       Cycle D

    C.1 Salt fog test solution

    Prepare the spray solution as described in Clause 5 by dissolving sodium chloride in water to give a concentration of (50±10)g/l .The PH of the solution shall be in the range 6 to 7.

     

    C.2 Cycle

    Set up the cabinet to perform the following cycle.

     

    Step

    Time H

    Temp

    Condition

    Notes

    1

    0.5

    30±2

    Salt spray

     

    2

    1.5

    30±2

    Wet:(95±3%RH

     

    3

    2

    50±2

    Hot dry

     

    4

    2

    30±2

    Warm dry

     

    5

    Go back to step 1

    This makes a total cycle time of 6h from step1 to step4

     

    Transtition timeie time allowed to reach the temperature and relative humidity specified for a condition after changing to that condition):

    From salt spray to wetwithin 10min

    From wet to hot drywithin 15 min

    From hot dry to salt warm drywithin 30min

    From salt warm dry to salt sprayinstaneous

    NOTE  Set points and operational fluctuations can be listed either independently of each other or in the formatset point±operational fluctuations.The set point is the target condition for the sensor when used at the operational control point as programmed by the user.Operational fluctuations are deviations from the indicated set point at the control point indicated by the readout of the calibrated control sensor during equilibrium operation and do not include measurement uncertainty.At the operational control point , the user programmes that exat number . The operational fluctuations specified for that set point do not imply that the user is allowed to programme a set point higher or lower than the exact set point specified.

     

    C3 Salt fog depsiton rate

    The salt fog deposition rate shall be 1ml/h to 2ml/h,when the salt fog iscollected over a 24h period (see Clause 10)

     

    C 4 Duration

    Unless otherwise agreed,repeat the test cycle for 28 cycles(168h)

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