Meyd-646 Dc01-58-20 Min ❲Direct❳

Instead of writing DC01-58-20, write EN 10130 DC01, min width 58mm, min thickness 20mm.

Codes like MEYD-646 (from non-technical industries) must be blocked by data validation rules if they appear in procurement systems. MEYD-646 DC01-58-20 Min

To ensure your organization never generates an unverifiable code like MEYD-646 DC01-58-20 Min, adopt these rules: Instead of writing DC01-58-20 , write EN 10130

| Parameter | Symbol | Typical Value | Units | |-----------|--------|---------------|-------| | Rated Voltage | V_r | 12 | V | | No‑Load Speed | n₀ | 5 800 | rpm | | No‑Load Current | I₀ | 55 | mA | | Stall Current | I_st | 2.1 | A | | Stall Torque | T_st | 7 | mN·m | | Continuous Torque | T_c | 2.8 | mN·m | | Power (max) | P_max | 0.65 | W | | Armature Resistance | R_a | 5.7 | Ω | | Inductance (phase) | L_a | 0.7 | mH | | Weight | m | 12 | g | | Shaft Diameter | d_sh | 2 | mm | | Shaft Length | l_sh | 10 | mm (standard) | | Overall Length | L | 46 | mm | | Outer Diameter | D_out | 6 | mm | | Operating Temp. Range | T_op | –20 … +70 | °C | | Storage Temp. Range | T_st | –40 … +85 | °C | | IP Rating | – | IP40 | – | Note: Values are typical for a 12 V supply

Note: Values are typical for a 12 V supply. At 24 V the no‑load speed roughly doubles (≈ 11 600 rpm) while torque and current increase proportionally, so ensure the driver and thermal design can handle the extra stress.

JAV / MEYD-646 /
  ├── MEYD-646_full.mp4
  ├── clips /
  │     └── MEYD-646_DC01-58_20min.mp4