SAC-5PM12MS/0,64-92X/M12FSSHOD
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Bus system cable
1570226
Bus system cable, CANopen®, DeviceNet™, 5-position, FRNC halogen-free, black, shielded, Plug straight M12, coding: A, on Socket straight M12, coding: A, cable length: 0.64 m, for outdoor applications, with high-grade steel knurl
Detalhes dos produtos
| Product type | Data cable preassembled |
| Application | External areas |
| Number of positions | 5 |
| No. of cable outlets | 1 |
| Shielded | yes |
| Coding | A |
| Insulation characteristics | |
| Degree of pollution | 3 |
| Bus system | CANopen®/DeviceNet™ |
| Signal type/category | CANopen® |
| DeviceNet™ |
| Status display | no |
| Status display present | no |
| Insulation resistance | ≥ 100 MΩ |
| Nominal voltage UN | 48 V AC |
| 60 V DC | |
| Nominal current IN | 4 A |
| Transmission medium | Copper |
| Mechanical data | |
| Insertion/withdrawal cycles | ≥ 100 |
| Flammability rating according to UL 94 | V0 |
| Seal material | FPM |
| Material of grip body | PP |
| Contact material | CuSn |
| Contact surface material | Ni/Au |
| Contact carrier material | PP |
| Material for screw connection | Stainless steel |
| Connection 1 | |
| Type | Plug straight M12 |
| Number of positions | 5 |
| Coding type | A (Standard) |
| Connection 2 | |
| Type | Socket straight M12 |
| Number of positions | 5 |
| Coding type | A (Standard) |
| Cable length | 0.64 m |
| CANopen®/DeviceNet™ outdoor installation, FRNC, black [92X] | |
| Desenho cotado |
|
| Cable weight | 70 kg/km |
| UL AWM Style | 21281 (80°C/300 V) |
| Number of positions | 4 |
| Shielded | yes |
| Cable type | CANopen®/DeviceNet™ outdoor installation, FRNC, black [92X] |
| Conductor structure | 2xAWG24/19+2xAWG22/19 |
| Signal runtime | 4.46 ns/m |
| Conductor structure signal line | 19x 0.13 mm |
| AWG signal line | 24 |
| Conductor structure, voltage supply | 19x 0.16 mm |
| AWG power supply | 22 |
| Conductor cross-section | 2x 0.25 mm² (Signal) |
| 2x 0.34 mm² (Power) | |
| 1x 0.38 mm² (Drain wire) | |
| Wire diameter incl. insulation | 1.9 mm (Signal) |
| 1.4 mm (Power) | |
| External cable diameter | 6.90 mm ±0.3 mm |
| Outer sheath, material | FRNC |
| External sheath, color | black |
| Conductor material | Tin-plated Cu litz wires |
| Material wire insulation | PE |
| Single wire, color | red-black, blue-white |
| Thickness, insulation | 0.60 mm (Signal) |
| 0.30 mm (Power) | |
| Thickness, outer sheath | 1.15 mm |
| Twisted pairs | 2 cores to the pair |
| Type of pair shielding | Aluminum-lined foil |
| Overall twist | 2 pairs around a drain wire in the center to the core |
| Optical shield covering | 70 % |
| Max. conductor resistance | 90 Ω/km (Signal) |
| 55 Ω/km (Power) | |
| Insulation resistance | ≥ 200 MΩ*km (at 20 °C) |
| Wave impedance | 120 Ω ±12 Ω (f = 1 MHz) |
| Working capacitance | 39.8 nF (at 1 kHz, core/core) |
| Nominal voltage, cable | ≤ 300 V |
| Test voltage Core/Core | 2000 V (50 Hz, 1 min.) |
| Test voltage Core/Shield | 2000.00 V (50 Hz, 1 min.) |
| Minimum bending radius, fixed installation | 5 x D |
| Minimum bending radius, flexible installation | 10 x D |
| Smallest bending radius, fixed installation | 35 mm |
| Smallest bending radius, movable installation | 69 mm |
| Halogen-free | yes |
| Flame resistance | According to IEC 60332-3-25 (Cat. D) |
| Resistance to oil | yes |
| Other resistance | UV resistant |
| Ambient temperature (operation) | -40 °C ... 105 °C |
| Ambient temperature (installation) | -40 °C ... 105 °C |
| Ambient conditions | |
| Degree of protection | IP65 |
| IP67 | |
| Ambient temperature (operation) (male connector/female connector) | -40 °C ... 105 °C (Plug / socket) |
| Ambient temperature (operation) (Operation) | -40 °C ... 85 °C (On sudden changes in temperature (according to IEC 60512-11-4)) |
| M12 | |
| Standard designation | M12 connector |
| Standards/specifications | IEC 61076-2-101 |
Vantagens
Easy and safe: 100 % electrically tested plug-in components
Robust throughout: resistant to oil, UV, and ozone, withstands temperatures from -40°C … +105°C
Reliable signal transmission – 360° shielding in environments with electromagnetic interference