For Sale is a Ditek DTK WH6 STORMSHIELD Surge protection Kit This includes: A/C Panel Protector DTK 120/240CM -- 120/240 V AC panels -- Connects to any double pole breaker and protects the entire panel -- Connects in parallel and works on any panel less than 400 amps -- 50,000 amps of
For sale is a large lot of NOS potentiometers. They are all type G and have different values.They are 50,000(11), 25,000(7),10,000(16), 5,000(9), 2,500(5), 1,000(2), 500(1), 250(6), and 100(3) ohms. The others are 1.0(3), 0.25(5) and 0.1 (20) meg.
Buzzer, Piezo, Circular, Sonalert, Panel Mount, 64-76 dB(A), Continuous, 41.66mm Mallory #SNP428 The Mallory Sonalert produces an audible tone by internally creating an oscillating signal which drives a piezo ceramic transducer mounted in a sound chamber. Self driven piezo ceramic transducers are superior to electromagnetic buzzers because they produce no arcing, electrical noise, or mechanical wear during operation.
Buzzer, Piezo, Circular, Sonalert, Panel Mount, 68-80 dB(A), Continuous, 42.85mm Mallory #SC110 The Mallory Sonalert produces an audible tone by internally creating an oscillating signal which drives a piezo ceramic transducer mounted in a sound chamber. Self driven piezo ceramic transducers are superior to electromagnetic buzzers because they produce no arcing, electrical noise, or mechanical wear during operation.
Piezoelectric Transducer, Sonalert, 6-250 VAC/DC, 2900 Hz ±500 Hz, 68-80 dB(A) Mallory #SC250 The Mallory Sonalert produces an audible tone by internally creating an oscillating signal which drives a piezo ceramic transducer mounted in a sound chamber. Self driven piezo ceramic transducers are superior to electromagnetic buzzers because they produce no arcing, electrical noise, or mechanical wear during operation.
Piezoelectric Transducer, Sonalert, 6-28 VDC, 4500 Hz ±500 Hz, 68-80 dB(A) Mallory #SC628HP The Mallory Sonalert produces an audible tone by internally creating an oscillating signal which drives a piezo ceramic transducer mounted in a sound chamber. Self driven piezo ceramic transducers are superior to electromagnetic buzzers because they produce no arcing, electrical noise, or mechanical wear during operation.
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