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The GHS38 Solid Shaft Rotary Encoder is a high-performance device designed for precision in automatic control and measurement applications. With a resolution of 1000 pulses per revolution and a robust construction featuring a stainless steel shaft and aluminum alloy shell, this encoder ensures reliability and longevity. It operates efficiently within a wide temperature range of -30 to 85ºC, making it suitable for various industrial environments.
| Manufacturer | CALT |
| Part Number | GHS38-6G1000BML5 |
| Item Weight | 6.4 ounces |
| Product Dimensions | 2.36 x 1.5 x 1.97 inches |
| Item model number | GHS3806G1000BML5 |
| Is Discontinued By Manufacturer | No |
| Size | 1000PPR |
| Color | Line driver with 5V |
| Material | Aluminum |
| Voltage | 5 Volts |
| Item Package Quantity | 1 |
| Cord Length | 1 Meters |
| Batteries Included? | No |
| Batteries Required? | No |
C**A
Excelente
Entrega a tiempo, buen vendedor
D**H
2000 ppr is pretty high.
tried this on an arduino mega on with just the a and b lines connected to the interupt pins using the digitalwritefast library to read the data coming in and it appears to work very well. I haven't tried it at the specified rpms as that's not the reason I purchased this it was not for a very precise etch a sketch either because that wouldn't be very fun after 2 minutes.
D**N
Wiring Color
If you're an idiot like me and you didn't look at the side of the encoder, which shows you this information clearly, before you assembled your whole doohickey... here's the wiring:Green: AWhite: BYellow: ZBlack: GND (zero volts)Red: VccShield: No connectNaturally, the info included on this Amazon page has a bunch of other colors that do not show up on the encoder you will get...I got this running nicely. Just make sure you put in at least 5V. I tried with 3.3V because I like to use fast modern microcontrollers, but you won't get good results unless you use 5V and up.2048PPR is a hell of a lot of pulses per rev, just FYI, if you're looking at this. Make sure you know how you're going to get this amount of data where it needs to go because that can potentially be non-trivial.I used Paul Stoffregen's Encoder library to read it off an Arduino Mega to start, but it proved difficult to handle all that data on a standard laptop in C++ at an update rate of around 1ms.
K**R
A good inexpensive rotary encoder.
I used this for a replacement on a machine. It was the right size and worked perfectly.
B**O
Works very well
It has an extra "zero" output for a pulse once per turn
A**R
Served my purpose well.
Used this encoder to test a project, I've been working on. Worked like a charm!
D**G
Nice for the price.
The compactness of the design along with the functionality.
B**N
It just works!
Worked just like described and quality comparable to encoder costing much more.
Trustpilot
1 week ago
1 month ago