Schneider Electric SR3 B261BD SR3B261BD PLC controller 24 V DC
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Part number:
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Total (€ 357.14 / piece)
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Technical specifications
- Type
SR3 B261BD
- Manufacturer part #
SR3B261BD
- Dim
(W x H x D) 124.6 x 90 x 59.5 mm
- Depth
59.5 mm
- Height
90 mm
- Width
124.6 mm
- Display
Yes
- Extensible
Yes
- No. of analogue inputs
6
- No. of digital inputs (max.)
16
- No. of inputs (max.)
22
- No. of outputs (max.)
10
- No. of relay outputs (max.)
10
IP20
- Operating voltage
24 V DC
- Analogue outputs
0
- Analogue inputs
6
- Digital outputs
10 relays
- Digital inputs
16
- Certification
CE, UL, CSA, GL, C-Tick
- Power backup type
10 years
- Clock
Yes
- Fitting type (details)
Profile rail 35 mm
- Max. permanent current
250 V/AC/8 A
- Interference suppression
According to European Economic Community 89/336 EN 61131-2 (Zone B) EN 61000-6-2,-3,-4
- Operating voltage
24 V DC
- Max. ambient temperature
55 °C
- Min. ambient temperature
-20 °C
- Product type
PLC controller
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 198964 Schneider Electric SR3 B261BD SR3B261BD PLC controller 24 V DC
Description
The SR3 B261BD belongs to the Zelio Logic Modular series; modular fundamental units that can be combined arbitrarily with the extension modules. The Zelio Logic modules are meant for realising small control systems. They are used in the areas of industrial and building technology. With a wide range of possible applications like the automation of small machines for final finishing, fabrication, assembly and packaging · Automation of agricultural machinery (irrigation, pumps) · Automation of barriers, roller shutters, access control, lighting and much more. The easy programming, which is assured by the universality of the computer languages, meets the demands and needs of automation engineers and electrical engineers. The programming can be carried out as follows: Via the keys of the Zelio module (ladder diagram) or via a PC with the software Zelio Soft 2 in FBD (Function module) and alternatively by using the ladder diagram. The autonomous operation of the clock is ensured by a lithium battery for a period of 10 years. Data backup (primary values and current values) is ensured by an EEPROM Flash memory (10 years).