fushionsea DC 12V Remote Control Latching Switch 1CH 40A Relay 433Mhz Remote Transmitter and Receiver for Industrial Control and Low Voltage Power Systems & More

About Receiver: 1. Working voltage: DC12V 2. Working temperature: -40 Degree +80 Degree 3. Receiver sensitivity: more than -105dBm 4. Working frequency: 433mhz 5. Output voltage: DC12V 6. Input voltage = Output voltage 7. Max load current: 40A 8. Size: 8.2 x 5.0 x 3.1cm About Working way: Working way changed by SET Point : Latched: Connect set point with tweezers . Until the receiver Led indicator flash for 1 times, it mean Change L successfully.(Relay: Press -> On; Press other button -> Off. ) Momentary: Connect set point with tweezers . Until the receiver Led indicator flash for 2 times, it mean Change M successfully.(Relay: Press and hold -> On; Release -> Off.) Toggle: Connect set point with tweezers . Until the receiver Led indicator flash for 3 times, it mean Change T successfully. (Relay: Press -> On; Press same button again -> Off·) 5 seconds delay: Connect set point with tweezers . Until the receiver Led indicator flash for 4 times, it mean Change Delay time successfully.(Relay: Press -> On , relay actuates and keeps working until the time out.(5S)) About Learning and clearing Method: Learning: Input 12V for the Receiver , Press learning button , The receiver Led indicator ON. Press remote button A 1 time, Led indicator flash for 1 times , Then Press remote button B 1 time , Led indicator flash for 1 times again , it mean learning successfully Clearning: Connect set point with tweezers . Until the receiver Led indicator flash for 5 times, it mean Clearing Code About Transmitter: 1.Buttons: 2 Buttons 2.Working Voltage:DC6V (2PCS CR2016) 3.Operating frequency :433MHz 4.Remote Distance: 20-50M 5.Operating Current: 13 mAh 6.Encode: Fixed code / EV1527 code 7.Size: 5.7 x 3.2 x 1.1cm Package Includes 1 x Transmitter 1 x Receiver 1 x User Manual

ASIN

B0B1PCTTG5

Embedding

CLIP ViT-L/14 · 768d

Distance metric

cosine

Doc fetch

2ms·cache hitGET /v2/namespaces/amazon-products/documents/B0B1PCTTG5

How it works

Similar query

26msnearest_to_id → /query

Doc fetch goes through Layer's Aerospike pull-through cache; cache hit served the row without touching turbopuffer. The similar query asks Layer for nearest neighbors of the stored product vector — queries don't go through the doc cache, so no cache header is set.