 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS5213N551 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMTAGAWA: | TAMAGAWA | Material: | Iron |
|---|---|---|---|
| Color: | Black | Temperature: | 20-60 |
| Japan: | Japan | Wire: | Wire |
| Dimension: | 50mm | TS5213N551: | TS5213N551 |
| Look up the type of the first cable in column 1 (Cables for ...). | able A-2 Cabling Inside BuildingsLAN signals, shielded |
| Look up the type of the second cable in the corresponding field in column 2 (and Cables for ...). |
(SINEC L1, PROFIBUS DP) |
| Read the routing specifications in column 3 (routing ...). | Data signals, shielded |
TS3103N156
TS5213N551
TS3653N2E5
TS5320N510
TS5016N-60
TS5016N60
TS2651N111E78
TS2014N181E32
TS5013N60,
TS5013N61,
TS5016N60,
TS5017N60,
TS5013N68,
TS5
013N69
TS5013N60
TS5016N60
TS5013N60
TS5016N60
TS5017N60
TS5013N68
TS5013N69
TS2014N181E32
TS2014N311E32
TS2650N11E78
TS2650N1E78
TS5081N1
TS5084N250
TS5314N255
TS5303N510
TS5622N131
TS1616N200
TS1501N13
TS5641N154
TS5205N454
TS5668N20
TS5667N120
TS5667N420
TS5308N616
TS3462N1E76
TS5214N561
TS5214N510
TS2014N182E32
TS3653N2E5
TS5320N510
TS5016N60
(programming devices, operator
panels, printers, counter inputs,
etc.)
Analog signals, shielded
DC voltage
(≤60 V), unshielded
Process signals
(≤25 V), shielded
AC voltage
(≤25 V), unshielded
Monitors (coaxial cable)
LAN signals, shielded
(SINEC L1, PROFIBUS DP)
Data signals, shielded
(programming devices, operator
panels, printers, counter inputs,
etc.)
Analog signals, shielded
DC voltage
(≤60 V), unshielded
Process signals
(≤25 V), shielded
AC voltage
(≤25 V), unshielded
Monitors (coaxial cable)
in common bundles or cable
ducts
DC voltage
(>60 V and ≤400 V), unshielded
AC voltage
(>25 V and ≤400 V),
unshielded
in separate bundles or cable
ducts (no minimum clearance
necessary)
DC and AC voltages
(>400 V), unshielded
Inside cabinets:
in separate bundles or cable
ducts (no minimum clearance
necessary)
Outside cabinets:
on separate cable racks with a
clearance of at least 10 cm
(3.93 in.)When installing cables outside buildings, the same EMC rules apply as for inside
buildings. The following also applies:
• Run cables on metallic cable supports (racks, trays etc.).
Establish a metallic connection between the joints in the cable supports
• Ground the cable supports
• If necessary, provide adequate equipotential bonding between the various items
of equipment connected.
• Take the necessary (internal and external) lightning protection and grounding
measures applying to your particular application (see below).
Rules for Lightning Protection Outside Buildings
Lay your cables either:
• In metallic conduits grounded at both ends, or
• In concrete cable ducts with continuous end-to-end armoring
Overvoltage Protection Devices
An individual appraisal of the entire plant is necessary before initiating any lightning
protection measures (see Section A.9).
Further Information on Lightning Protection
You will find further information in the following sections.Failures are very often the result of overvoltages caused by:
• Atmospheric discharge or
• Electrostatic discharge.
First of all, we want to introduce you to the lightning protection zone concept, on
which the protection against overvoltage is based.
At the end of this section, you will find rules for the transitions between the
individual lightning protection zones.
Note
