Name: STBNIC2212 - network interface module, Modicon STB
SKU: 5832
Availability: InStock

Description

**Main**
range of product	Modicon STB distributed I/O solution.
product or component type	Standard Network Interface Module.
integrated connection type	Ethernet/IP conforming to IEEE 802.3 female RJ45 double-shielded twisted pair via Ethernet (network). Ethernet/IP conforming to IEEE 802.3 HE-13 (RS232 port). Ethernet/IP conforming to IEEE 802.3 8-way female. (RS232 port).
port Ethernet	10BASE-T/100BASE-T.
exchange mode	Half or full duplex.
number of segments	1 primary, maximum 6 extensions.
number of devices per segment	0…256.
transmission rate	10/100 Mbit/s.

**Complementary**
number of addressable I/O module	0…32 per island.
communication service	Embedded web (configuration, diagnosisand access to variable). BootP/DHCP protocol. SNMP agent.
[Us] rated supply voltage	24 V DC.
power supply type	SELV.
maximum supply current	700 A.
supply voltage limits	19.2…30 V.
input current	430 mA for the supply circuit.
nominal output current	0.575 A at 60–70 °C. 1.2 A.
output voltage	5.25 V DC (tolerance: +/- 0.21 %) for logic bus..
marking	CE
overvoltage category	II
status LED	1 LED ACT. 1 LED island state (RUN). 1 LED module error (ERR). 1 LED MS. 1 LED NS. 1 LED power supply (PWR). 1 LED test mode (TEST).
depth	70 mm
height	40 mm
width	128.3 mm
net weight	0.145 kg

**Environment**
standards	FM Class 1 division 2, groups A, B, C and D T4A with 70 °C. IEC 61131-2: 2003.
product certifications	UL ODVA C-Tick CSA
pollution degree	2 conforming to IEC 60664-1.
operating altitude	<= 2000 m
IP degree of protection	IP20 conforms to EN 61131-2, class 1.
ambient air temperature for operation	0…60 °C (without derating). -25…70 °C (with derating factor).
ambient air temperature for storage	-40…85 °C.
relative humidity	95 % at 60 °C without condensation.
vibration resistance	3 gn at 58… 150 Hz on 35 x 7.5 mm symmetrical DIN rail. 5 gn at 58… 150 Hz on 35 x 15 mm symmetrical DIN rail. +/-0.35 mm at 10…58 Hz.
shock resistance	30 gn for 11 ms, conforming to IEC 88 reference 2-27.