2200155 Phoenix Contact UM-PRO 108 COVER-L BK

Name: 2200155 Phoenix Contact UM-PRO 108 COVER-L BK
Availability: OutOfStock

SKU TER-0263-E

Sold out

$2.74 USD - $2.74 USD

$2.74 USD

$2.74 USD - $2.74 USD

$2.74 USD

Availability:

Out of stock

Quantity

Delivery Option

Ups Express next day air or standard shipping is available at the checkout !

by Phoenix Contact

Industrial Automation Parts is only an authorized distributor for Delock and is not authorized for any other manufacturers. Manufacturer's warranty and support do not apply. Our IAP warranty of three months is applicable.

Condition :

Description

2200155

Phoenix Contact

Side element - UM-PRO 108 COVER-L BK

Lateral element (left) with mounting foot for DIN rails for UM-PRO profiles with a PCB width of 108 mm

Sold By Unit New

Product properties

Brief article description	Side element
Type	UM-PRO 108 COVER-L BK
Order No.	2200155
Housing type	Press-drawn section housings
Type	Lateral element (left)
Mounting type	DIN rail mounting/wall mounting (with optional mounting flange)

Dimensions

Profile PCB width (selectable):	108 mm [UM108]
Width [ w ]	19.5 mm
Height [ h ]	127.8 mm
Depth [ d ]	39.45 mm
Depth from top edge of DIN rail [ d ]	32.45 mm

Material specifications

Housing material	Polyamide
Color (RAL)	black (9005)
Flammability rating according to UL 94	V0

Ambient conditions

Ambient temperature (storage/transport)	-40 °C ... 55 °C
Ambient temperature (assembly)	-5 °C ... 100 °C
Ambient temperature (operation)	-40 °C ... 105 °C (depending on power dissipation)
Relative humidity (storage/transport)	80 %

PCB specifications

Number of PCB holders	3
PCB thickness	1.4 mm ... 1.8 mm
PCB surface	700 mm² ... 1200 mm² (per basic profile cm)
Type of PCB mount	Insertion/securing with additional elements

Thermal stability (ball thrust test)

Specification	IEC 60695-10-2:2014-02
Temperature	125 °C
Test duration	1 h
Force	20 N

Test for assessing the risk of fire (glow wire)

Specification	DIN EN 60695-2-11 (VDE 0471-2-11):2014-11
Temperature	850 °C
Time of exposure	30 s