Setup and operation of an R&S ATS‑TEMP implies risks of severe injury:
●
Burns caused by hot steam
●
Burns caused by hot surface
●
Frostbite caused by cold surface
●
Intoxication caused by toxic fumes
●
Injury caused by explosion of explosive gases
●
Risks due to operation of a thermal device
●
Risks due to operation of the R&S ATS1000 antenna test system
To reduce these risks and prevent accidents, carefully read the following chapters and
all related user manuals and safety instructions.
Keep the product documentation in a safe place and pass it on to subsequent users.
1.1Intended Use
The R&S ATS‑TEMP is intended to be used within the R&S ATS1000 antenna test system. It allows measurement of RF characteristics of the DUT while exposed to temperatures between -20 °C to 85 °C.
The climate option for R&S ATS1000 has been manufactured in accordance with
accepted engineering practices and the latest scientific and technical findings. The
R&S ATS‑TEMP has undergone many hours of testing and complies with relevant
safety regulations when operated properly. There are, due to the covered temperature
range, still dangers involved, even when the product is operated as intended.
1.2Requirements for Safe Operation
●
Installation
Make sure that the R&S ATS‑TEMP is installed into the R&S ATS1000 by
Rohde & Schwarz personnel, either on site or at the Rohde & Schwarz plant.
●
Personnel
Make sure that only personnel familiar with the potential risks of temperature and
environmental testing operates the R&S ATS‑TEMP.
●
Operating Area
Ensure that only personnel familiar with the potential risks of temperature and environmental testing enters the operating area.
Ensure that the operating area is kept free of flammable objects and is tidy.
●
Operation
Ensure that during operation of the climate option for R&S ATS1000, all safety regulations and operating instructions are adhered to strictly.
5User Manual 1178.7275.02 ─ 03
R&S®ATS-TEMP
Safety Instructions
How to Prevent Risks
Observe applicable local or national safety regulations and rules for the prevention
of accidents.
Ensure that R&S ATS‑TEMP, hoses, and adaptors are well-sealed before operation
inside R&S ATS1000.
Ensure that the personnel wear protective clothing (work clothes and gloves).
Disconnect the DUT from power before touching/removing it from R&S ATS‑TEMP.
Use the R&S ATS‑TEMP only for its intended use and within its performance limits.
If you are unsure about the appropriate use, contact Rohde & Schwarz service.
●
Environmental condition
Observe the operating conditions specified in the data sheet.
●
R&S ATS‑TEMP condition
Use the R&S ATS‑TEMP only if it is in excellent condition. If you detect or suspect
any irregularities, malfunctions, damage, or temperature leakage; immediately stop
using the R&S ATS‑TEMP and inform Rohde & Schwarz for a service check.
●
Modifications
Never change or modify the climate option for R&S ATS1000 or make additions
that can affect safety.
●
Safety stickers
Do not remove the safety stickers on the outside of the bottom shell of the
R&S ATS‑TEMP. Always keep the stickers visible.
If the stickers peel off, you must replace them. Contact Rohde & Schwarz local
support to order new stickers.
1.3How to Prevent Risks
How to prevent burns caused by hot steam
When opening the R&S ATS‑TEMP, hot steam can escape and scald you.
To prevent burns:
► Wait until the surface of the dome of R&S ATS‑TEMP is at room temperature
before opening and use heat/cold resistant gloves.
How to prevent burns or frostbite caused by hot or cold surface
Depending on operation during extreme temperature testing, the surfaces of the
OTA Bubble, mast, hoses, and the DUT can be very hot or very cold. You can suffer
from burns or frostbite, if you touch these surfaces. Especially, be aware that your fingers can freeze to a surface at temperatures below 0° C.
To prevent burns and frostbite:
► Allow the R&S ATS‑TEMP to adjust to room temperature before touching.
► Use heat/cold resistant gloves when touching any hot or cold parts.
6User Manual 1178.7275.02 ─ 03
R&S®ATS-TEMP
Safety Instructions
Safety Labeling
How to prevent intoxication and injury due to explosion
When loading the R&S ATS‑TEMP with an unsuitable DUT, toxic or explosive gases
can be produced. These gases can cause the R&S ATS‑TEMP to explode and injure
you. Toxic fumes can escape and lead to intoxication.
To prevent the formation of dangerous gases:
► Load the R&S ATS‑TEMP only with materials/DUTs which do not form any toxic or
explosive vapors when heated up.
How to prevent risk of injury due to operation of a thermal device
Operating a thermal device includes risks of temperature-related injuries.
To prevent these risks:
► Carefully read the safety instructions of the thermal device used.
► Limit the thermal device to the temperature range from -60°C to +105°C.
Temperatures outside of this range can damage the equipment and lead to injuries.
Note that the R&S ATS‑TEMP and the R&S ATS1000 do not control the thermal
device. Therefore, temperature limitation is in your responsibility.
1.4Safety Labeling
Safety labels on the product warn against the potential hazards.
Hot surface
Do not touch. Keep the operation area dust-free.
Risk of skin burns. Risk of fire.
Cold surface
Do not touch. Risk of frostbite.
Electrical hazard
Indicates live parts. Risk of electric shock.
Danger of hot vapors or scaling
Load the R&S ATS‑TEMP only with materials/DUTs which do not form any toxic or explosive
vapors when heated up.
7User Manual 1178.7275.02 ─ 03
R&S®ATS-TEMP
2Product Description
Product Description
Key Characteristics
The R&S ATS‑TEMP is a climate option for R&S ATS1000. This Rohde & Schwarz
product allows 3D RF measurements of antenna characteristics in a temperature range
from -20 °C to 85 °C to analyze temperature effect on the chipset and UE performance.
The provided measurement conditions are suitable for tests at extreme temperatures
and extreme temperature ranges.
The R&S ATS‑TEMP operates mounted in an antenna test system R&S ATS1000. A
current version of R&S ATS1000, which has a false-floor plate with predefined holes in
it, supports the climate option for R&S ATS1000. A retrofit of an older R&S ATS1000
chamber to this thermal solution must be performed by Rohde & Schwarz service.
The R&S ATS‑TEMP is designed for operation with thermal test device to be connected to the hose adaptors of the R&S ATS‑TEMP. The thermal test device uses hot or
cold airstream. It controls the temperature via its temperature sensors placed in the
R&S ATS1000 chamber.
Rohde & Schwarz recommends the thermal device TA-5000A to be used with
R&S ATS‑TEMP. With this thermal test device, all connectors match.
This user manual contains a description of the functionality that the R&S ATS‑TEMP
provides. The latest version is available for download at the product homepage
(www.rohde-schwarz.com/product/ats1000).
2.1Key Characteristics
The R&S ATS‑TEMP consists of an RF transparent material which minimizes the influence to the radiated measurements (< -1dB for 5G NR for 22 GHz to 45 GHz). Due to
its compact design, the R&S ATS‑TEMP results in fast and precise 3D measurements
with excellent repeatability and angular resolution.
The key characteristics of the R&S ATS‑TEMP are the following:
Table 2-1: Specification
ParameterValueComments
Outer dimensions30 cmDiameter
Inner dimensions (max. DUT size) 22 cm x 22 cm
Operational temperature range-20 °C to 85 °CPossible to go to -40 °C for short
Minimum soak time for extreme
temperatures before cooling/heating cycle
3 minutes
periods (less than five minutes)
Maximum soak time for extreme
temperatures
Dependent on the temperature
outside R&S ATS‑TEMP
If the ambient temperature outside R&S ATS‑TEMP is above
40 °C, perform a cold temperature
cycle to cool the OTA Bubble.
8User Manual 1178.7275.02 ─ 03
R&S®ATS-TEMP
Product Description
Key Characteristics
ParameterValueComments
Software interfaceNone provided; control the ther-
mal test device via its user interface
Operational frequency range23.5 GHz to 44.3 GHzCan be operated outside this fre-
RF loss of the dome at room tem-
perature
Phase difference of the dome at
room temperature
Hose adaptor interface1/2 NPT hoseRefer to MPI Thermal
External temperature sensorsTwo required: inside and outside
< -1 dBS21 path loss measurement at
< 5 degrees per GHz (slope of
phase difference line)
the OTA Bubble
Set the temperature limits of the
thermal device to -60°C and
+105°C
quency range. Operational range
is range in which RF loss/phase
difference achieved.
boresight with high gain horn
antenna.
S21 measurement at boresight
with high gain horn antenna.
Part of thermal test device
For a detailed specification, refer to the data sheet.
Temperature Operation and Condensation
You can heat up the interior of R&S ATS‑TEMP to 85 °C and cool down to -20 °C.
To prevent condensation, the system has several features:
●
Sealed hose and adaptors from thermal test device to R&SATS‑TEMP.
●
Patented OTA Bubble design to minimize condensation on outside of the OTA Bub-
ble.
●
Internal drainage for condensation in the OTABubble through the hose for air out.
●
In addition, we recommend using a thermal test device that removes humidity from
the airstream before going into the R&S ATS‑TEMP.
After repeated hot/cold cycles, use a soft cloth to absorb any water condensation in
and around the OTA Bubble, hoses, and mast. Place a small bowl at the
R&S ATS1000 air out hose adaptor on the lower right side to catch the water. Alternatively, attach another hose to the air out hose adaptor to vent the cooled/heated air and
condensation to another location.
9User Manual 1178.7275.02 ─ 03
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