Product Overview
The 392 Series and RV6 Series 0.5 W Conductive Plastic Potentiometers convert rotary motion into a change of resistance, providing a smooth transition of voltage or current levels. These economical devices are designed for wave soldering processes and printed circuit board (PCB) mounting. They feature an internal shaft seal for moisture protection, comply with PCB washability test requirements, and meet MIL-R-94 standards where applicable. Available with PC pin or solder hook terminations, these small, single-turn potentiometers offer a 3,18 mm [0.125 in] diameter shaft in various lengths and bushing options. They are available in a wide range of resistances (100 Ohm to 5 MOhm) and tapers (linear, log, antilog), making them suitable for diverse applications in industrial, commercial, medical, and transportation sectors.
Product Attributes
- Brand: Honeywell
- Series: 392 Series, RV6 Series
- Power Rating: 0.5 W
- Termination Types: PC pin, Solder hook
- Certifications: MIL-R-94 (where appropriate)
- Features: Wave solderable, PCB washable, Cost-effective, Internal shaft seal
Technical Specifications
| Characteristic | Parameter | 392 Series | RV6 Series |
|---|---|---|---|
| Maximum working voltage | 350 Vdc max. | 350 Vdc max. | |
| Dielectric strength | 750 Vac for 60 s at 1 mPa [atm], 350 Vac for 60 s at 11,5 kPa [3.4 inHg] | 750 Vac for 60 s at 1 mPa [atm], 350 Vac for 60 s at 11,5 kPa [3.4 inHg] | |
| Power rating: solder hook | 0.5 W at 70 C [158 F], derated to 120 C [248 F] | 0.25 W | |
| Taper | linear (S), linear (special), log (Z), reverse log (RZ) | linear (S), log (Z) | |
| CRV | linear tapers | 1.5% max. of total resistance | |
| CRV | log, reverse log tapers | 1.5% max. of total resistance | |
| Resistance | linear tapers | 100 Ohm to 5 MOhm | 100 Ohm to 5 MOhm |
| Resistance | log, reverse log tapers | 500 Ohm to 2 MOhm | 500 Ohm to 2 MOhm |
| Resistance tolerance | linear tapers: 100 Ohm to 1 MOhm | 10% | 10% |
| Resistance tolerance | linear tapers: >1 MOhm | 20% | 20% |
| Resistance tolerance | log, reverse log tapers: 500 Ohm to 250 kOhm | 10% | 10% |
| Resistance tolerance | log, reverse log tapers: >250 kOhm | 20% | 20% |
| End resistance | 4 Ohm max. at each end of rotation | 4 Ohm max. at each end of rotation | |
| Linearity | 5% independent | 5% independent | |
| Electrical rotation: nominal effective | 265 (+0/-10) | 295 (5) | |
| Shaft diameter | 3,18 mm [0.125 in] | 3,18 mm [0.125 in] | |
| Shaft material | metal | nickel-plated brass | nickel-plated brass |
| Shaft material | plastic | thermoplastic | thermoplastic |
| Bushing diameter/thread size | 1/4-32 NEF-2A | 1/4-32 NEF-2A | |
| Bushing material | metal | nickel-plated brass | nickel-plated brass |
| Bushing material | plastic | thermoplastic | thermoplastic |
| Termination base material | thermoset plastic | thermoset plastic | |
| Termination types | solder hook material | brass, solder (tin-lead) dip finish | brass, solder (tin-lead) dip finish |
| Termination types | PC pin: PCB fit material | brass, solder (SAC305) dip finish | brass, solder (SAC305) dip finish |
| Cover material | stainless steel | stainless steel | |
| Housing material | thermoplastic | thermoplastic | |
| Base material | thermoset | thermoset | |
| Operating torque | 3,5 mN m to 14 mN m [0.5 in-oz to 2.0 in-oz] | 3,5 mN m to 14 mN m [0.5 in-oz to 2.0 in-oz] | |
| Stop torque | 34 N m [3 in-lb] | 34 N m [3 in-lb] | |
| Weight (approx.) | metal shaft and metal bushing | 7,09 g [0.25 oz] | 7,09 g [0.25 oz] |
| Weight (approx.) | plastic shaft and plastic bushing | 2,84 g [0.1 oz] | 2,84 g [0.1 oz] |
| Operating temperature | -55 C to 120 C [-67 F to 248 F] | -55 C to 120 C [-67 F to 248 F] | |
| Base material temperature | -40 C to 120 C [-40 F to 248 F] | -40 C to 120 C [-40 F to 248 F] | |
| Rotational life | tested to 50,000 cycles | tested to 50,000 cycles | |
| Soldering | MIL-R-94 | MIL-R-94 |
2411010936_Honeywell-392552M0015_C19588596.pdf
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible
