Technical and User Data

Risk Management for Transport Equipment

Assumptions that are made:

  • The temperature qualification is performed in an empty body, as this is considered as the worst-case scenario to higher temperatures variation.

  • The products (pharmaceuticals) will be loaded at the correct temperature, because they are leaving a temperature-controlled storage. It is stated that the refrigeration unit and box is used to maintain the temperature of the products do not change the temperature, though this is possible over time.

  • The of the physical state (dry, liquid), pharmaceutical forms (tablets, capsules, crèmes) of the medicines, the primary package material (plastic, glass) used to pack these are enormous. The secondary package materials will probably be boxes made from cardboard.

  • The capacity of a transport refrigeration unit as well as the minimum insulation of a body is regulated by ATP testing standards. Because this guideline is the current standard for temperature testing, this test protocol is used as the basis for GDP qualification.

  • At ambient temperature between -30°C and +40 °C

    • Worst-case scenario for multi-temperatures trucks:

      The greatest difference in the set-temperatures between zone 1 and zone 2 and in two extreme ambient temperatures.

Worst-case scenario of tests for Multi temperature Trucks

  Ambient temperature Zone 1 Zone 2
1 +40 °C ‐25°C +20 °C
2 ‐30 °C ‐25°C +20 °C

Acceptance Criteria

Regarding the acceptance criteria considered in Thermo King Protocol, the air temperature should remain within the required temperature range. For example, if the requirement is for temperature range +2.0°C to +8.0°C, the minimum air temperature recorded should not be below +2.0°C, and the maximum should not exceed +8.0°C.

Qualification Test for Multi-temperature Vehicles

  • Deviation of registered data of thermocouples 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30 should not exceed maximum deviation as mentioned in section “Acceptance Criteria”.

  • The average temperature of all thermocouples should not exceed maximum deviation as mentioned in section “Acceptance Criteria”.

  • Ambient temperature is to be logged. The logged temperature should not exceed +/-2 °C of required temperature.

  • Return air and discharge air temperature of the unit evaporators is to be logged: Temperatures should not exceed the requirement for the specific temperature being tested.

  • Test time is 2.5 hours in steady state.

Multi-temperatures operation for T-1200R Spectrum S3+S3

Zones Zone 1 Zone 2
Length

1/2

1/2

Zone 2 Evaporators S3 S3
 
Setpoints     +20°C ‐25°C
+20°C +6°C
‐25°C +6°C
     
Ambient Temperature 1 +40°C +40°C
Ambient Temperature 2 ‐30°C ‐30°C

Multi-temperatures operation for UT-R Spectrum S3+S3

Zones Zone 1 Zone 2
Length

1/2

1/2

Zone 2 Evaporators S3 S3
 
Setpoints     +5°C +20°C
+ 20°C + 5°C
- 25°C - 25°C
     
Ambient Temperature 1 +40°C +40°C
Ambient Temperature 2 ‐30°C ‐30°C

Multi-temperatures operation for T-1000R Spectrum S3+S3 and UT-1200 S3+S3

Zones Zone 1 Zone 2
Length

1/2

1/2

Zone 2 Evaporators S3 S3
 
Setpoints     +20°C +6°C
     
Ambient Temperature 1 +40°C +40°C
Ambient Temperature 2 ‐30°C ‐30°C

Single temperature operation for T-1200R Spectrum S3+S3

Zones Unique Zone
Length Total length
Evaporator S3 S3
 
Setpoints    

+20°C

+6°C

‐25°C

     
Ambient Temperature 1 +40°C
Ambient Temperature 2 ‐30°C

Single temperature operation for T-1000R Spectrum S3+S3 and UT-1200 S3+S3

Zones Unique Zone
Length Total length
Evaporator S3 S3
 
Setpoints    

+20°C

+6°C

     
Ambient Temperature 1 +40°C
Ambient Temperature 2 ‐30°C

Single temperature operation UT-R S3+S3

Zones Unique Zone
Length Total length
Evaporator S3 S3
 
Setpoints    

+20°C

+5°C

- 25°C

- 29°C

     
Ambient Temperature 1 +40°C
Ambient Temperature 2 ‐30°C