Manual

ManualsBrandsMicromod ManualsEquipmentMOD: Modcell 2050R 2050FZ0, QS-1300/1400 to 2050R Conversion Accessory

Conversion Instructions for

QS-1300/1400 Conversion Accessory to MODCELL 2050

Accessory Part Numbers: 2050FZ00000A, 2050FZ00001A

INTRODUCTION

The MODCELL 2050 conversion accessory allows MODCELL 2050 to fit into an existing QS-1300 or QS-

1400 Slide-Guide installation. No external equipment such as instrument cables, power supplies or

termination panels are required. These instructions cover the procedure for the physical installation of

the QS-1300 conversion brackets onto a standard MODCELL 2050 housing, Slide-Guide installation and

limited electrical instructions.

Pages 3 through 10 include instructions for installation of the Direct Connect Cable when a

2050FZ00001A kit is being used. This feature provides the quickest installation while retaining the

original instrument cable. Ignore pages 3 through 10, if you are using the 2050FZ00000A conversion kit.

Parts Required: 2050FZ00000A or 2050FZ00001A Conversion Accessory

• metal brackets (3)

• 1/8" pop-rivets (6)

• Direct Connect Cable (1) [available in the 2050FZ00001A kit only]

MODCELL 2050 Single Loop Controller (1)

Tools Required: Pop-rivet gun

PROCEDURE

Removal of the MODCELL 2050 instrument from the instrument housing is not required.

1. Remove the brackets and pop-rivets from the package. Be sure all parts are present.

2. Secure the three brackets to the MODCELL 2050 using the pop-rivet gun, and 1/8" pop-rivets

supplied in conversion the kit (see Figure 1). All six rivets are inserted through the bracket and

into the housing.

3. Remove the QS-1300/1400 instrument from the Slide-Guide. Insert the MODCELL 2050 in

place of the old instrument. MODCELL 2050 should latch in place like the QS-1300/1400

instrument did.

4. Connect wiring. When using kit number 2050FZ00000A, field I/O wiring for MODCELL 2050 may

be accomplished by cutting off the QS-1300 instrument connector and wiring directly to the

MODCELL 2050 termination block. See Table 1 for most common I/O configurations.

Figure 1. Mounting 2050R in Slide Guide

Summary of content (10 pages)

PAGE 1
Conversion Instructions for QS-1300/1400 Conversion Accessory to MODCELL 2050 Accessory Part Numbers: 2050FZ00000A, 2050FZ00001A INTRODUCTION The MODCELL 2050 conversion accessory allows MODCELL 2050 to fit into an existing QS-1300 or QS1400 Slide-Guide installation. No external equipment such as instrument cables, power supplies or termination panels are required.
PAGE 2
92902-88 2050F Conversion Instructions WARNING Avoid electrical shock. AC power wiring must not be connected at the distribution panel (ac source) until all wiring procedures are complete. Table 1.
PAGE 3
92902-88 2050F Conversion Instructions Conversion Instructions for QS-1300 Conversion Accessory to MODCELL 2050 when using the Direct Connect Cable Option The Direct Connect Cable is found in the 2050FZ00001A Conversion Accessory kit only. This provides the quickest conversion change out while retaining the original QS-1300 instrument cable. Table 2 provides termination identification for wiring the Direct Connect Cable to the MODCELL 2050.
PAGE 4
92902-88 2050F Conversion Instructions MODCELL 2050 to Quick-Scan 1300R &1310R Series Direct Connect Cable Option Termination Connections to MODCELL 2050 This instruction sheet provides termination identification and locations for wiring the Quick-Scan Direct Connect Cable to a MODCELL 2050 when replacing a 1300R/1310R Series instrument. Little or no wiring changes need to be made on the Quick-Scan 1300 terminal block.
PAGE 5
92902-88 2050F Conversion Instructions 2. When MODCELL 2050s relays are configured for use as alarms, the relay will be on (fail-safe condition) in a non-alarm condition . For this reason the termination assignment for the alarm outputs are reverse from that of the Quick-Scan assignment. 3. This input configuration is for .25 - 1.25 Vdc where the controller supplies 24Vdc to the transmitter (2wire transmitter).
PAGE 6
92902-88 2050F Conversion Instructions MODCELL 2050 to Quick-Scan 1320R &1330R Series Direct Connect Cable Option Termination Connections to MODCELL 2050 This instruction sheet provides termination identification and locations for wiring the Quick-Scan Direct Connect Cable to a MODCELL 2050 when replacing a 1320R/1330R Series instrument. Little or no wiring changes need to be made on the Quick-Scan 1300 terminal block.
PAGE 7
92902-88 2050F Conversion Instructions 2. This input configuration is for .25 - 1.25 Vdc where the controller supplies 24Vdc to the transmitter (2wire transmitter). If the controller does not supply power to the transmitter, the blue wire is not required to be connected. 3. The controller must be equipped with a 2nd analog I/O option card. Configuration Specifics: The process input must be configured for volts in the "BASE CFG **MENU**". The process analog input must be configured for .25 to 1.
PAGE 8
92902-88 2050F Conversion Instructions MODCELL 2050 to Quick-Scan 1340R &1350R Series Direct Connect Cable Option Termination Connections to MODCELL 2050 This instruction sheet provides termination identification and locations for wiring the Quick-Scan Direct Connect Cable to a MODCELL 2050 when replacing a 1340R/1350R Series instrument. Little or no wiring changes need to be made on the Quick-Scan 1300 terminal block.
PAGE 9
2902-88 2050F Conversion Instructions Limitations: Float and lock commands, deviation monitor (±10 Vdc) and external feedback (±10 Vdc) are not supported by this kit and/or MODCELL 2050. The alarm lights are not supported by this kit. MODCELL 2050 offers integral alarming capabilities with local indication. Notes: 1. The Ramped Set-point Monitor signal from MODCELL 2050 will be 4-20 milliamps. A 62.5 ohm precision resistor across the Quick-Scan terminal block, positions 12 to 13 is required for .25 - 1.
PAGE 10
92902-88 2050F Conversion Instructions The Company’s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice, or to make engineering refinements that may not be reflected in this bulletin. Micromod Automation assumes no responsibility for errors that may appear in this manual. © 2005 MicroMod Automation, Inc. Printed in USA 92902-88, Issue 4 04/2005 MicroMod Automation, Inc. 75 Town Centre Drive Rochester, NY USA 14623 Tel.