Servo motor control valve BADGER3/4NPT 1.4539 (inlet)
The BADGER3/4NPT 1.4539 servo motor control valve and imported temperature and humidity sensor are used to monitor the temperature and humidity of the environment surrounding cultural relics. Ancient artifacts have remained intact for hundreds or thousands of years because, when buried deep underground, they existed in a near-closed environment where physical, chemical, and biological changes remained in a state of equilibrium. However, this equilibrium is disrupted upon excavation. Therefore, after artifacts are unearthed, effective measures must be taken to prevent them from gradually corroding and consuming, ultimately turning to dust. Artifacts in museums and archives are easily corroded by air. Therefore, monitoring the temperature and humidity of the environment surrounding cultural relics using temperature and humidity sensors is essential.
Badger Meter servo motor control valve NPT1/230V/50-60HZ, PN100 concentrate regulating valve
RVC-1/2-39 D=%-316-PV HH500-230-IP65
RVC-1/2-39 C=%-316-PV HH500-230-IP65
RVC-1/4-39-3/8N F=%-316-PV HH500-230-IP6
RCV-3/4-39 4.0=%-316HD-PV HH500-230-4
Concentric Valve \\COOPER \\Z630-133-036 \\Booster \\CFA32
COOPERZ 630-149-136 intake valve
COOPERZ 630-133-025 Concentric Valve
COOPERZ 630-148-336 Discharge Valve
COOPERZ 630-122-136 intake valve
COOPERZ 630-121-336 Discharge Valve
HONEYWELL Combustible Gas Detector SPXCDALMRX
HONEYWELL Hydrogen Sulfide Probe SPXCDALMHX
The temperature and humidity requirements for cultural relics museums are extremely stringent. We must utilize temperature and humidity sensors to monitor these parameters 24/7, and this data must be transmitted to the monitoring center promptly. If the values exceed the preset upper and lower limits, the monitoring host will immediately sound an alarm. This allows cultural relic conservation personnel to take timely and effective measures to ensure a suitable environment for the relics. The flexible sensor probes can be placed directly at the measurement point, eliminating the need for wiring and saving time and effort.
Scansense AS sensor LS-3410-SP (Norway)
Scansense AS sensor LS-3410-SP-D (Norway)
PLARAD MXEC155TS155 Hydraulic Wrench with Square Drive Shaft
SOR switch part model:
Pressure switch SOR 54NN-K118-M4-C1A - ADJUSTABLE RANGE: 30-0 IN HG OVERRANGE: 750PSI PROOF: 1000PSI
Pressure switch SOR 4NN-KK4-M4-C1A - ADJUSTABLE RANGE: 2-25 PSI OVERRANGE: 750 PSI PROOF: 1000 PSI
5NN-K45-N4-F1A 45-550PSI (0.31-3.8MPA)
SOR pressure switch 4NN-EE5-N4-B1A-371
SOR pressure switch 6NN-K3-N4-F1A
SOR pressure switch 6NN-K5-N4-F1A
SOR pressure switch 6NN-K3-N4-F1A
SOR Differential Pressure Switch 101NN-K45-N4-CIA
SOR differential pressure switch 101NN-K3-N4-C1A
SOR pressure switch 5NN-K5-N4-C2A
SOR pressure switch 9NN-K3-N4-F1A
SOR pressure switch 6NN-K2-N4-FIA,
SOR Differential Pressure Switch 101NN-K45-N4-CIA
Cultural relics are the crystallization of ancient civilizations and are very useful for understanding our past history. Therefore, protecting cultural relics is essential. Temperature and humidity sensors, due to their low cost and ease of connection to monitoring systems, play an irreplaceable role in the protection of cultural relics. With the development of temperature and humidity sensors, those used for monitoring cultural relics will be greatly improved, resulting in higher accuracy, smaller size, and superior sensitivity. This will enable better monitoring of the environment surrounding cultural relics.
6NN-K3-M4-C1A
1NN-K45-N4-C1A
CENTER STUD\\ARIEL\\A-12990
GUIDE RING\\ARIEL\\A-10355
CENTER STUD\\ARIEL\\A-14577
GUIDE RING\\ARIEL\\A-10357
SPIROL PIN\\ARIEL\\A-2042
LOWER PART ASSEMBLY\\ARIEL\\A-6086-A
STEEL GASKET\\ARIEL\\A-12084
UPPER PART\\ARIEL\\A-6085
VALVE RING\\ARIEL\\A-6089
VALVE RING\\ARIEL\\A-6088
LENTOID SPRING\\ARIEL\\A-6091
LENTOID SPRING\\ARIEL\\A-6090
SECONDARY EXHAUST VALVE REPAIR KIT\\ARIEL
SECONDARY EXHAUST VALVE REPAIR KIT\\ARIEL
THREE-STAGE EXHAUST VALVE REPAIR KIT
THREE-STAGE EXHAUST VALVE REPAIR KIT
PISTON RING\\ARIEL\\A-7037
Duct temperature and humidity sensors typically use original imported temperature and humidity sensing modules. Through high-performance microcontroller signal processing, they can output various analog signals. They have a wide range of applications, even surpassing those of general wall-mounted temperature and humidity sensors.
