MSR338DP

Click to enlarge - MSR338DP_4C


Description

The MSR338 is an time-delayed output expansion module for the configurable Minotaur MSR300 family of monitoring safety relays. Up to six output modules, can be connected to one base unit by simply removing the terminator, included with each base unit, and connecting the ribbon cables of the neighboring module. The MSR338DP output modules can be used in any combination and order also together with the instant modules MSR330P when connected to the MSR300 system. The connecting ribbon cable provides power to the MSR338DP as well as a check on its status. The terminator must be inserted into the final output module.

There are three different MSR338P modules, one for each group. In most instances, the output group module is not specific to each application. The exceptions are robot cell applications and logic OR functions which correspond with group three outputs.

The MSR338 has three safety rated outputs that work in parallel with the immediate safety outputs of the MSR330P outputs modules. When the output signal from the base unit is de-activated, the outputs of the MSR338 are de-activated after the time delay expires. The time delay is set by connecting jumpers to the wiring terminals. The outputs are three normally open and one normally closed safety rated outputs. The safety outputs have independent and redundant internal contacts to help support the safety function.


Features


LED Indicators

Off Output Inactive
Green Output Active
  

Specifications

Safety Ratings
Standards EN 954-1, EN IEC 62061, ISO 13849-1, IEC/EN 60204-1, ISO 12100, IEC 60947-4-1, IEC 60947-5-1, ANSI B11.19, AS 4024.1
Safety Classification Cat. 3 per EN 954-1 (ISO 13849-1), SIL CL2 per EN IEC 62061, PLe per ISO 13849-1
Functional Safety Data ¬ 
Note: For up-to-date information, visit http://www.ab.com/safety/
PFHD: < 7.7 x 10-10
MTTFd: > 373 years
Suitable for performance levels Ple (according to ISO 13849-1:2006) and for use in SIL3 systems (according to IEC 62061) depending on the architecture and application characteristics
Certifications CE Marked for all applicable directives, cULus, c-Tick, and TÜV
Power Supply
Input Power Entry 24V DC from base unit
Power Consumption 2.5 W
Inputs
Safety Inputs Configured on base unit
Reset Configured on base unit
Outputs
Safety Contacts 3 N.O.
Auxiliary Contacts 1 N.C.
Thermal CurrentIlth 2 x 5 A, 3 x 4 A (nonswitching)
Rated Impulse withstand Voltage 2500V
Switching Current @ Voltage, Min. 10 mA @ 10V DC
Fuses, Output 6 A slow blow or 10 A quick blow (external recommended)
Electrical Life (Operations) 220V AC/4 A/880V A cosf = 0.35…0.1 M
220V AC/1.7 A/375V A cosf = 0.6…0.5 M
30V DC/2 A/60 W = 1 M
10V DC/0.01 A/0.1 W = 2 M
Mechanical Life 10,000,000 cycles
Status Indicators Output: Green = Output active
Output Utilization
Resistive: AC-1: 6 A/250V AC; DC-1: 6 A/24V DC
Inductive: AC-15: 5 A/250V AC; DC-13: 3 A/30V DC
UL B300, P300, 2 x 5 A or 3 x 4 A res 250V
Environmental and Physical Characteristics
Enclosure Type Rating/
Terminal Protection
IP40 (NEMA 1)/
IP20
Operating Temperature [C (F)] -5…+55 ° (23…131 °)
Vibration 10…55 Hz, 0.35 mm
Shock 10 g, 16 ms, 100 shocks
Mounting 35 mm DIN Rail
Weight [g (lb)] 205 (0.45)
Conductor Size, Max. 0.2…2.5 mm2 (24…12 AWG)
 
¬ Usable for ISO 13849-1:2006 and IEC 62061. Data is based on the following assumptions:
- Mission time/Proof test interval of 20 years
- Functional test at least once within six-month period

Product Selection

Group No. Safety Outputs Auxiliary Outputs Terminals Reset Type Power Supply Cat. No.
1 3 N.O. 1 N.C. Removable 24V DC from the base unit 440R-W23224
2 440R-W23225
3 440R-W23226
  

Accessories

Description Cat. No.
Bag of 4, 4-Pin Screw Terminal Blocks 440R-A23209
Bag of 4, 4-Pin Spring Clamp Terminal Blocks 440R-A23228
  

Approximate Dimensions

Dimensions are shown in mm (in.). Dimensions are not intended to be used for installation purposes.

Click to enlarge - MSR338 Dimen


Block Diagram

Click to enlarge - MSR338 BlockDiag

Typical Wiring Diagrams

Click to enlarge - MSR338 Wiring

Off-Delay Time Table

Delay(s) Jumper Jumper All jumpers (links) on the terminals identified to achieve the desired off delay.
Delay(s) Jumper Jumper Delay(s) Jumper Jumper
0 None None 8 Y3-Y6 Y3-Y7 50 Y3-Y6 Y3-Y8
0.5 Y3-Y5 None 9 Y4-Y5 Y3-Y7 60 Y4-Y5 Y3-Y8
1 Y4-Y6 None 10 None Y4-Y8 80 None Y4-Y7
1.5 Y3-Y6 None 12 Y3-Y5 Y4-Y8 100 Y3-Y5 Y4-Y7
2 Y4-Y5 None 15 Y4-Y6 Y4-Y8 120 Y4-Y6 Y4-Y7
3 Y3-Y5 Y4-Y6 18 Y3-Y6 Y4-Y8 160 Y3-Y6 Y4-Y7
4 Y3-Y6 Y4-Y5 21 Y4-Y5 Y4-Y8 200 Y4-Y5 Y4-Y7
5 None Y3-Y7 26 None Y3-Y8 250 Y3-Y5, Y4-Y6 Y4-Y7
6 Y3-Y5 Y3-Y7 30 Y3-Y5 Y3-Y8 300 Y3-Y6, Y4-Y5 Y4-Y7
7 Y4-Y6 Y3-Y7 40 Y4-Y6 Y3-Y8