Pulse Width Modulating Slice Modules

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Overview

Our pulse width modulating slice for interfacing with solid state relays (SSR's) module is a compact and high density solution for integrating Pulse Width Modulating outputs with the MKS Automation Platform PAC or CM modules, or with the MultiTherm™ 2000. Each PWM module supports 12 digital inputs and 12 PWM outputs. PWM outputs are typically used in temperature control applications, where the Pulse Width Modulating output interfaces to a Solid State Relay (SSR), which is driving a heater.

Interface with solid state relays for temperature control
12 digital inputs and 12 PWM outputs
Fixed input terminal

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Products

		Compare	Description	Compatibility	sortOrder	rankScore	ranking	Drawings, CAD & Specs		Output	Type	Connector	Availability	Featured Item	Price		Brand
		AS11893G-41 Pulse Width Modulating Slice Module $395 Contact Us	AS11893G-41 Pulse Width Modulating Slice Module	UNIVERSAL	0.0	1.0	0.0		0.0	Open collector sink/source	Pulse Width Modulating Slice Module	Terminal	Contact Us		$395

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Specifications

Type

PWM Pulse Width Modulating Slice for Interfacing with Solid State Relays (SSR's)
Number of Inputs

12
Input Type

Sink or Source
Number of Outputs

12
Power Consumption

@ 200 mA ≥ 24 V_IO@ 2.5 Amp, 24 V_CORE@ 0.15 Amp Assuming all DOs are loaded
Control Method

0 = Synchronized Random Fire SCR
1 = Synchronized PWM zero cross
2 = PWM zero cross / no AC, 50 Hz
3 = PWM zero cross / no AC, 60 Hz
Input Isolation

2.5 kVrms
DI refresh rate

2.7 µSec
Debounce Filter

Fixed to 4 cycles of DI Refresh Rate (10.8 µSec)
Logic Level

24 VDC (8 - 30 VDC)
Maximum update rate

25 µSec
Output Type

Open collector sink/source
Output Resolution

0.01% Full Scale power
Protection

ESD to IEC 1000-4-2 ±4 kV contact, DC + 5% (each channel)
Pull Up/Down Value

22 K
Sink Input Logic Level

24 VDC ±5%
Sink Input Nominal Load Impedance

6 k-ohm
Sink Input Current, Maximum OFF

2.25 mA (10.7v )
Sink Input Current, Minimum ON

3.3 mA (4.5v)
Sink Input Current, Maximum ON

4.7 mA
Sink Output Maximum thermal current limit (ON)

2 A per bank of 6
Sink Output Minimum Available Current Sink (ON)

200 mA

Sink Output Maximum Leakage Current (OFF)

0.1 mA (output tied to 24v)
Sink Output Minimum Thermal Current Limit (ON)

1 A per bank of 6
Sink Output Maximum Inductive Load Energy, 1Hz Cycled

60 mJ
Sink Output Output Low Voltage (ON)

Max 1.1 V @ 200 mA
Source Input Logic level

24 V
Source Input High Voltage Range OFF

12.8 V (2.15mA)
Source Input Low Voltage Range ON

15 V (2.5 mA)
Source Input Input Current, Maximum ON

4.7 mA
Source Input Nominal Load Impedance

6 kOhm
Source Output High Voltage

Min 23.7 V @ 200mA
Source Output Maximum Thermal Current Limit (ON)

2 A per bank of 6
Source Output Maximum Leakage Current (OFF)

0.1 mA (output tied to Ground)
Source Output Minimum Thermal Current Limit (ON)

1 A per bank of 6
Source Output Maximum Inductive Load Energy, 1Hz Cycled

60 mJ
Source Output Minimum Available Current Source (ON)

200 mA
Operational Environment Temperature

0 to 55 °C, with 2 °C upper limit reduction per 1000 ft above sea level
Storage Temperature

-40 to 85°C
Altitude

up to 2000 meters
Humidity

5 - 85% non-condensing
Dimensions

35 x 125 x 92.3 mm (1.4 x 3.3 x 4.9 inches) (W x H x D)
Mounting

DIN rail

Specifications

Type

PWM Pulse Width Modulating Slice for Interfacing with Solid State Relays (SSR's)
Number of Inputs

12
Input Type

Sink or Source
Number of Outputs

12
Power Consumption

@ 200 mA ≥ 24 V_IO@ 2.5 Amp, 24 V_CORE@ 0.15 Amp Assuming all DOs are loaded
Control Method

0 = Synchronized Random Fire SCR
1 = Synchronized PWM zero cross
2 = PWM zero cross / no AC, 50 Hz
3 = PWM zero cross / no AC, 60 Hz
Input Isolation

2.5 kVrms
DI refresh rate

2.7 µSec
Debounce Filter

Fixed to 4 cycles of DI Refresh Rate (10.8 µSec)
Logic Level

24 VDC (8 - 30 VDC)
Maximum update rate

25 µSec
Output Type

Open collector sink/source
Output Resolution

0.01% Full Scale power
Protection

ESD to IEC 1000-4-2 ±4 kV contact, DC + 5% (each channel)
Pull Up/Down Value

22 K
Sink Input Logic Level

24 VDC ±5%
Sink Input Nominal Load Impedance

6 k-ohm
Sink Input Current, Maximum OFF

2.25 mA (10.7v )
Sink Input Current, Minimum ON

3.3 mA (4.5v)
Sink Input Current, Maximum ON

4.7 mA
Sink Output Maximum thermal current limit (ON)

2 A per bank of 6
Sink Output Minimum Available Current Sink (ON)

200 mA

Sink Output Maximum Leakage Current (OFF)

0.1 mA (output tied to 24v)
Sink Output Minimum Thermal Current Limit (ON)

1 A per bank of 6
Sink Output Maximum Inductive Load Energy, 1Hz Cycled

60 mJ
Sink Output Output Low Voltage (ON)

Max 1.1 V @ 200 mA
Source Input Logic level

24 V
Source Input High Voltage Range OFF

12.8 V (2.15mA)
Source Input Low Voltage Range ON

15 V (2.5 mA)
Source Input Input Current, Maximum ON

4.7 mA
Source Input Nominal Load Impedance

6 kOhm
Source Output High Voltage

Min 23.7 V @ 200mA
Source Output Maximum Thermal Current Limit (ON)

2 A per bank of 6
Source Output Maximum Leakage Current (OFF)

0.1 mA (output tied to Ground)
Source Output Minimum Thermal Current Limit (ON)

1 A per bank of 6
Source Output Maximum Inductive Load Energy, 1Hz Cycled

60 mJ
Source Output Minimum Available Current Source (ON)

200 mA
Operational Environment Temperature

0 to 55 °C, with 2 °C upper limit reduction per 1000 ft above sea level
Storage Temperature

-40 to 85°C
Altitude

up to 2000 meters
Humidity

5 - 85% non-condensing
Dimensions

35 x 125 x 92.3 mm (1.4 x 3.3 x 4.9 inches) (W x H x D)
Mounting

DIN rail

Features

MKS Automation Platform

These modules are part of the MKS Automation Platform that provides a modular, scalable and configurable solution to meet your automation and control requirements. Designed to provide a complete automation solution to improve operational and productivity efficiencies, the Automation Platform enables faster implementations, provides lowest total cost of ownership, and improves utilization of existing tools and assets.