SMC MGP-Z Series. Compact Guide Cylinder, With Air cushion, MGPM25-25AZ-M9BAL Nominal Size_003^10 A D1 D2 Length Weight

A D1 D2 Length Weight mm mm mm mm G 201-0597 17 33 50 60 470 200-3029 19 36 50 60 500 200-3038 21 38 50 60 510 201-1514 22 39 50 60 520 201-1523 23 41 50 60 520 200-3047 24 42 50 60 530 201-1532 25 43 50 60 530 200-3056 26 44 50 60 540 200-3065 27 46 50 60 550 200-3074 28 47 50 60 560 200-3083 29 48 50 60 560 200-3092 30 49 50 62 580 201-0603 31 50 50 62 580 200-3108 32 52 52 63 650 200-3117 33 53 53 63 670 200-3126 34 54 54 63 700 200-3135 35 56 52 63 700 200-3144 36 57 53 67 750 201-0612 37 58 54 67 750 200-3153 38 59 54 67 800 200-3162 40 62 54 67 850 200-3171 41 63 54 70 900 200-3180 42 64 54 70 920 200-3199 43 66 54 70 920 201-0621 44 67 54 70 920 201-0630 45 68 54 70 1000 200-3205 46 69 54 70 1020 201-0649 47 70 54 70 1050 200-3214 48 72 54 70 1050 201-1745 49 73 54 70 1050 200-3223 50 74 54 70 1080 200-3232 52 77 54 82 1300 200-3241 54 79 54 82 1400 200-3250 55 81 55 87 1580 200-3269 56 82 55 87 1580 200-3278 57 83 57 87 1650 200-3287 58 84 57 87 1700 200-3296 60 87 60 91 1960 201-0658 62 89 60 91 1970 200-3302 63 91 60 91 2000 200-3311 65 93 65 95 2300 201-0667 68 97 65 95 2350 200-3320 70 99 70 100 2730 200-3339 75 106 70 105 3150 200-3348 80 112 80 105 3700 200-3357 85 118 86 110 4200 200-3366 90 124 86 110 4700 200-9926 95 132 86 120 5500

Mitutoyo 145-185 Vernier Inside Micrometer

High tensile strength handles will not bend under pressure

Metric Deep Impact Socket Set Cr-Mo DI-425M

SMC MGP-Z Series. Compact Guide Cylinder, With Air cushion, MGPM25-25AZ-M9BAL Nominal Size_003^10 A D1 D2 Length WeightOVERVIEW The new style MGP has shorter guide rods and thinner plates, allowing up to 17% weight reduction over the original MGP. This series is designed for high side load applications found in material handling, lifting and grading. The cylinder utilizes a compact design by integrating the cylinder body as part of the guide body. As the stroke length increases, the bearing length also increases, thus improving the load carrying capacity of the