RJ1P23MBT50ECS CARLO GAVAZZI, RJ1P23MBT50ECS Datasheet - Page 5

• Manufacturer Part Number: RJ1P23MBT50ECS
• Description: SSR, DIN RAIL MOUNT, 265VAC, 30VDC, 50A
• Manufacturer: CARLO GAVAZZI

Specifications of RJ1P23MBT50ECS

• Control Voltage Type: AC
• Control Voltage Range: 19.2VDC To 30VDC
• Operating Voltage Range: 90VAC To 265VAC
• Peak Surge Current: 1.9kA
• Load Current: 50A
• Switching Mode: Proportional Output

Specifications are subject to change without notice (30.03.2007)
Mode 0 – ON/OFF control
In Mode 0 the relay operates as
a standard ON/OFF relay with
zero switching. In this mode
the relay can deliver either 0%
or 100% power. This mode is
ideal for systems where the
process controller employs a
digital process variable, similar
to that used in standard solid
state relay applications.
RJ1P MB
Connection Examples
Notes:
1. A terminating resistor (value 100
2. 24V power may be applied through terminals 6A4, 4A2 or through the RJ-45 connector. If daisy chaining several devices using standard ethernet patch leads, the
3. Max. no of daisy chained devices may be limited by patch-lead conductor diameter and length.
4. Refer to product handbook for detailed installation instructions.
Operation
connection to 6A4, 4A2 is optional for the second and successive devices. For large networks it is necessary to connect 6A4, 4A2 every 25th device.
RS485 from
PLC/IPC
to 130
Mode 1 – Phase angle control
In Mode 1 the load power is
adjusted by delaying the thyris-
tor switching signal according
to the required power.
resulting output is a chopped
sine-wave. The relay switches
itself off every half cycle.
Timings are calculated such
that a linear power response
curve is obtained. This mode
is suited for loads where con-
tinuous control of power is
required.
) must be fitted at each end of the RS485 network.
The
Mode 2 – Distributed firing
In Mode 2 full cycles are
switched ON/OFF over a peri-
od of 256 mains cycles. The
number of cycles that are
switched ON corresponds to
the value specified in the load
power register.
uses an algorithm that distrib-
utes the ON cycles evenly over
the 256 cycle period.
This mode
Mode 3 – Burst firing
In Mode 3 full cycles are
switched ON/OFF over a peri-
od of mains cycles as defined
by the Time-Base Register.
Mode 3 uses an algorithm that
will switch ON a number of
cycles in a continuous burst for
a time period corresponding to
the required power.
To other devices or
terminating resistor
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