RICE LAKE MSI-4260C Port A Weigh Crane Scales Instruction Manual

MSI-4260
Port-A-Weigh Crane Scales
Technical Manual

MSI-4260C Port A Weigh Crane Scales

© Rice Lake Weighing Systems. All rights reserved.
Rice Lake Weighing Systems® is a registered trademark of Rice Lake Weighing Systems.
All other brand or product names within this publication are trademarks or registered trademarks of their respective companies.
All information contained within this publication is, to the best of our knowledge, complete and accurate at the time of publication. Rice Lake Weighing Systems reserves the right to make changes to the technology, features, specifications and design of the equipment without notice.
The most current version of this publication, software, firmware and all other product updates can be found on our website: www.ricelake.com

Revision History

This section tracks and describes manual revisions for awareness of major updates.

Table i. Revision Letter History

Introduction

This manual is intended for use by service technicians responsible for installing and servicing the MSI-4260 Port-A-Weigh.
Configurations and calibration of the scale can be accomplished using ScaleCore Connect software, RF remote control, RF remote displays, or the front panel keys. See Section 4.0 on page 29 and Section 5.0 on page 36 for information about setup and configuration of the MSI-4260.
Manuals are available from Rice Lake Weighing Systems at www.ricelake.com/manuals
Warranty information is available at www.ricelake.com/warranties
1.1 Features

• Automatic power off
• Automatic sleep mode
• The buttons are sealed and rated for over 1 million operations
• Precise high resolution (2500 division standard and up to 10,000 possible) 24 bit A/D conversion coupled with advanced RISC micro controller
• five large, 1.2” (30 mm) LED digits displayed in red, green or orange
• Full digital calibration
• Can be calibrated without test weights using C-Cal technology
• Selectable for kg/lb unless prohibited by Legal-for-Trade regulations
• Automatic or manual weight totalization
• High speed Peak mode
• Eight setpoints
• ScaleCore technology
• Two service counters

1.2 FCC Compliance
United States
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
Canada
This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.
1.3 Safety
Safety Definitions:
DANGER: Indicates an imminently hazardous situation that, if not avoided, will result in death or serious injury. Includes hazards that are exposed when guards are removed.
WARNING: Indicates a potentially hazardous situation that, if not avoided, could result in serious injury or death. Includes hazards that are exposed when guards are removed.
CAUTION: Indicates a potentially hazardous situation that, if not avoided, could result in minor or moderate injury.
IMPORTANT: Indicates information about procedures that, if not observed, could result in damage to equipment or corruption to and loss of data.

General Safety
Do not operate or work on this equipment unless this manual has been read and all instructions are understood.
Failure to follow the instructions or heed the warnings could result in injury or death. Contact any Rice Lake Weighing Systems dealer for replacement manuals.
WARNING
Failure to heed could result in serious injury or death.
Do not allow minors (children) or inexperienced persons to operate this unit.
Do not stand near the load being lifted as it is a potential falling hazard. Keep a safe distance.
Do not use for purposes other than weight taking or dynamic load monitoring.
Do not use any load bearing component that is worn beyond 5% of the original dimension.
Do not use the scale if any of the components of the load train are cracked, deformed or show signs of fatigue.
Do not exceed the rated load limit of the scale, rigging elements or the lifting structure.
Do not allow multi-point contact with the hook, shackle or lifting eye of the scale.
Do not allow high torque on the scale unless it is specifically designed for high torque.
Do not make alterations or modifications to the scale or associated load bearing devices.
Do not use improperly rated or sized shackles. Use only Rice Lake Weighing Systems’ recommended shackles.
Do not remove or obscure warning labels.
Do not submerge to clean.
For guidelines on safe rigging and loading of overhead scales and dynameters, read the MSI Crane Scale Safety and Periodic
Maintenance Manual (available at www.ricelake.com ).
Keep hands, feet and loose clothing away from moving parts.
There are no user serviceable parts within the MSI-4260. Any repairs are to be performed by qualified service personnel only.
The MSI-4260 Port-A-Weigh scale has a safe mechanical overload of 200% and an ultimate overload of 500%. Overloads greater than 500% could result in structural failure and dropped loads. Dropped loads could cause serious personal injury or death.
1.4 Display
The keys and display of the MSI-4260 front panel is described below.

1.4.1 Keypad Functions
The functions of the push buttons vary based on the current MSI-4260 mode.

decimal point to the left of the blinking digit
| Zero Key| Zeros out residual weight on the scale| Saves and drops back one menu level; At the roomenu level the Zero key stores the changes and returns to Weigh mode Store displays briefly| teps back one digit to change or correct the digit to the left
| Tare Key| Removes the weight of containers, trucksor carriers and places the scale in the NetWeigh mode| Functions as the Enter/Select key| Confirms blinking digit and move to the digit to the right
| User Key| Programmable to user selectable functions (Section 4.0 on page 29); Thiskey is defaulted to the Test function| Functions as the Scroll key| Cycles blinking digit through numbers 0-9

Table 1-1. Key Functions
Example of numeric entry: Enter 2500 kg on a 5000 kg capacity scale.

• Press two times for the leftmost blinking digit, press to save that digit selection.
• Press five times for the next blinking digit, press to save that digit selection.
• Press   to save that digit selection.
• Press   to save the next digit selection. 2500 displays.

1.4.2 Annunciators and LEDs

1/4d of zero

__

| Stable| Indicates that the weight has settled within the motion window (usually ±1d); When this symbol is off, the scale will not zero, tare or totalize

BT

| Low Battery| Displays when 10% of battery life remains; LED blinks indicating automatic shutdown will occur
| Setpoints| Eight user programmable setpoints for early overload warnings; Red LED = Setpoint 1, Yellow LED = Setpoint 2, Green LED = Setpoint 3

TTL

| Total| Blue LED indicates the total weight displays for five seconds or less

NET

| Net| Indicates the scale is in Net mode; Tare weight has been subtracted from the gross weight

PK

| Peak| Indicates the scale is in Peak Hold mode

lb

| LB| Red LED indicates weight display is in pounds

kg

| KG| Red LED indicates weight display is in kilograms

x1K

| x1000| Indicates weight display or accumulation beyond the 5 digit display limit by a multiplier of 1000; If 1K is illuminated, read the total as the displayed value multiplied by 1000

__

| Acknowledge| Green LED provides feedback to the operator that incoming remote commands have been received
| Display| The main display digits include five, 1.2” (30 mm) brightness LED load display; Main display may be red, orange, or green depending on the color setting

Table 1-2. Annunciators and LEDs

WARNING: Wear appropriate hearing protection when any audible alarm is active. Not wearing appropriate hearing protection may result in hearing loss.

Installation

The MSI-4260 cast aluminum enclosure is rated at NEMA Type 4 IP 66. It hangs from a crane using properly sized shackles.
WARNING: Refer to the Crane Scale Safety and Periodic Maintenance Manual (PN 153105) for safe loading and rigging guidelines when installing the model MSI-4260.
Regular maintenance inspections of the lifting system should be performed to ensure safety. Pay particular attention for signs of stress on any element in the load train.
Use the appropriate interface hardware for the capacity of the scale.

• If the interface hardware does not fit properly, Rice Lake Weighing Systems can supply the MSI-4260 with oversized lifting eyes or shackle interfaces.
• If the crane hook is too large to fit in the lifting eye with single point interface, then install the scale using adaptive rigging.
• If multiple attachments are needed, use a shackle or ring to attach multiple lines to keep a single point attachment to the scale.
  IMPORTANT: Using an oversized shackle or hook to interface with the MSI-4260 can cause off center loading and stress points that will reduce the life of the lifting eye or hook.
  Single point attachments are necessary to ensure the safety and accuracy of the scale system.

2.1 Unpacking
When unpacking the MSI-4260, ensure that all assembly parts are accounted for. Check the MSI-4260 for any visible damage.
If any parts were damaged in shipment, notify Rice Lake Weighing Systems and the shipper immediately. If the MSI-4260 must be returned, it must be properly packed with sufficient packing materials. Whenever possible, use the original carton when shipping the unit back.
2.2 Battery Pack
The MSI-4260 is powered by a 12V Sealed Lead Acid (SLA) rechargeable battery. This battery operates for up to 100 hours (depending on LED brightness setting) before requiring recharging. Charging time for a completely discharged battery is up to eight hours. A spare battery pack is recommended to keep the MSI-4260 in continuous operation.
IMPORTANT: To obtain maximum service life from batteries, store between -4°F and 122°F (-20°C and +50°C). Stored batteries should be recharged every three months. The battery is fully charged when the status indicator on the battery charger flashes.
2.2.1 Battery Life
The battery life of the MSI-4260 depends on several factors:

• LED display brightness and number of segments lit

• RF activity

• Battery age

• SLA battery condition
  The MSI-4260 includes the following power saving features:

• Automatic Power Off mode — Senses no activity after the set amount of minutes and turns the scale off

• Automatic Sleep mode — Dims the display after a set amount of minutes of no scale activity

The MSI-4260 automatically turns off when the SLA battery drops to approximately 10.5V. Recharge the battery when this happens, SLA batteries benefit from frequent recharging and can be recharged when it still has available life. Due to the maintenance discharge imposed on the battery by the MSI-4260 electronics, do not store the MSI-4260 with the battery inside. Remove the battery if it will not be used for more than two weeks.
IMPORTANT: Leaving a discharged battery in the scale, which has a maintenance battery drain, can result in a deep discharged battery which will shorten its service life.

NOTE: If the scale is in continuous use, a fully charged spare battery is recommended. Replace the drained battery as close as possible to the low battery warning.
SLA batteries that have not been deep discharged should withstand 500 to 1500 charging cycles.
Low battery warning annunciator indicates about two to four hours of use before MSI-4260 powers off.
If the MSI-4260 is not going to be used again soon, remove SLA battery to prevent deep discharge while unit is in storage. Recycle the battery at an authorized recycling center when the average life drops to 20 hours or less.
2.2.2 Battery Charger
The MSI-4260 is shipped with a battery charger designed to charge and maintain the battery. Exact charging time depends on the degree of battery discharge. A battery removed when the low battery warning first appears should take about four hours to fully charge.
DANGER: Charger is for indoor use only and should not be used in wet locations.
NOTE: When the battery is new, it might take significantly longer for the initial charge. It is recommended to charge a new battery for 24 hours. It might take several charge/discharge cycles before full capacity is reached. Deep discharged batteries also take significantly longer to charge.

The battery charger illuminates annunciators as the battery charges.To charge the battery:

1. Remove the battery from the MSI-4260 (Figure 2-2 on page 13).

2. Connect the charger assembly to the AC power supply (86-260 VAC). The power annunciator displays red.
   NOTE: If the power status light fails to illuminate, check the AC power connection to ensure the jack is fully seated. AC power cords suitable for any world location are available from Rice Lake Weighing Systems.

3. Plug the polarized connector into the jacks on the battery. Charging annunciators illuminate to represent charge percentage.

4. Charge until all status annunciators fully illuminate.
   When the charge cycle is complete, the battery can be left on the charger until it is needed. The charger keeps a maintenance float charge on the battery to ensure the best possible operation times.
   IMPORTANT: For maximum service life from batteries, the manufacturer suggests recharging after each 20 hours of use. Continuous deep discharging reduces maximum battery life cycle.

2.2.3 Battery Replacement

1. Turn the MSI-4260 off.
2. Secure the battery cover.
3. Release the latches holding the battery cover.
4. Slowly lower the cover while holding the battery in place.
5. Remove the battery by pulling straight back.
6. Install a fully charged battery by plugging it into the exposed battery jacks.
7. Close the battery cover.
8. Reset the latches. Ensure the latches are secured and the cover is firmly in place.

IMPORTANT: Periodically, inspect the battery latches for fit. Adjust the screw latch by rotating the catch on its threads to maintain a tight seat on the battery O-ring.
CAUTION: The 12V Sealed Lead Acid battery can be a dangerous falling hazard. When opening the battery hatch, be sure to hold the battery to prevent it from falling. The batteries contain lead and should be recycled when they have reached their end of life.
2.3 Communications Port
The MSI-4260 has a single communications port allowing access to the embedded ScaleCore through the terminal access mode or ScaleCore Connect. The terminal access mode is used for updating scale firmware while ScaleCore Connect can be used for calibration and configuration, backup and adjusting scale settings. This communications port is not intended for output use.
The MSI-4260 comes standard with one communications port cable wired for RS-232 following the AT standard for 9-pin serial cables (DCE). An un- terminated cable is also available for wiring the serial cable for RS-232.
Table 2-1 shows the wiring color code.

Table 2-1. RS-232 Wiring Code

2.4 Servicing
Rice Lake Weighing System’s dealer network provides both on-site and depot servicing of MSI-4260 crane scales. Please contact a local dealer or Rice Lake Weighing Systems to obtain a return material authorization (RMA). Due to the weight and size of many products, it is not always necessary to return the whole scale. Lower swivel hook assemblies and upper lifting shackles on 50k capacity models and above do not need to be returned for service or recalibration. There are no user serviceable parts inside the MSI-4260. Depot repair is performed with module and harness swaps. If the electronics are at fault, often the front casting section is all that needs to be returned.

2.4.1 Remove Front Casting
See the following procedure to remove the front casting:

1. Remove the cap screws (x4).
2. Unplug connectors.
3. Package the front casting well for safe shipping.

2.4.2 Reinstall Front Casting
See the following procedure to reinstall the front casting:

1. Clean the front casting and bulkhead o-ring grooves with isopropyl alcohol.

2. Reconnect the load cell cables and power cables then tighten the cables.

3. While securing the o-ring, ensure the o-ring is flush with the o-ring grooves.
   WARNING: Replace damaged o-rings when necessary. Damaged o-rings may break the unit seal, allowing water penetration.

4. Insert the bolts (x4) into the front casting then torque the bolts to 20–25 ft-lbs.
   NOTE: Apply anti-seize compound as necessary.

2.5 Replacement Parts
2.5.1 MSI-4260C Front Casting Assembly

2.5.2 MSI-4260C Front Casting Assembly Components

Table 2-2. MSI-4260C Front Casting Assembly Components

2.5.3 MSI-4260C Bulkhead Assembly

2.5.4 MSI-4260C Bulkhead Assembly Components

Table 2-3. MSI-4260C Front Casting Assembly Components
2.5.5 MSI-4260C Mid-Section Assembly

2.5.6 MSI-4260C Mid-Section Assembly Components

Item| Part No.| Description|

Qty.

---|---|---|---
1| 145990| Screw socket head 1/4-20 x 5/8 stainless steel| 4
2| 149710| Seal link lower| 1
3| 148457| Bolt clevis hex head 5/8 x 1.75 grip with thread protectors| 2
149217| Bolt clevis hex head 5/8 x 2.75 grip with thread protectors| 2
4| 138661| Load cell assembly 500 lb s-beam| 1
138662| Load cell assembly 1K/2K s-beam| 1
138663| Load cell assembly 5K s-beam| 1
138664| Load cell assembly 10K s-beam| 1
5| 72031| Screw, cap 1/4-20NC x 5/8 hex socket button head stainless steel| 4
6| 148271| Upper link 500 lb/10K| 1
7| 128799| Screw, set 1/4-20 x 3/8 socket head cup point 18-8 stainless steel| 4
8| 139795| Eye nut #7 500# – 2K| 1
148225| Eye nut 5/10K| 1
9| 148274| Collar top half 500/10K| 2
10| 146322| Filter millipore| 1
11| 15238| Pin, cotter 1/8 x 1 extended prong stainless steel| 2
12| 142832| Nut hex slotted 5/8-11| 2
13| 149175| Casting mid section 5K| 1
14| 148259| Collar 500 lb/10K| 1
149168| Collar 10K s-beam 9300| 1
15| 135043| Swivel hook assembly 500 lb/2K| 1
143236| Latch safety assembly 500 lb/2K| 1
134523| Swivel hook assembly 5/10K s-beam| 1
143233| Latch safety assembly 5/10K| 1

Table 2-4. MSI-4260C Mid-Section Assembly 500 to 10,000 lb Components

Table 2-5. MSI-4260C Mid-Section Assembly 30,000 lb Components

Table 2-5. MSI-4260C Mid-Section Assembly 30,000 lb Components

Not Shown
| 135035| Hook, swivel, 50,000 lb| 1
| 142179| Latch, safety (fits 135035 hook)| 1
| 135036| Hook, swivel, 70,000 lb| 1
| 142080| Latch, safety (fits 135036 hook)| 1
| 151356| Shackle, 25T, 50,000 lb| 1
| 146335| Shackle, 40T, 70,000 lb| 1

Table 2-6. MSI-4260C Mid-Section Assembly 70,000 lb Components

2.5.7 MSI-4260C Battery Casting Assembly

2.5.8 MSI-4260C Battery Casting Assembly Components

Table 2-7. MSI-4260C Battery Casting Assembly Components

Operation

The following sections describe the Weigh mode operation of the MSI-4260.
3.1 Power
The power key turns the MSI-4260 power on. While in Weigh mode, it also turns the power off.
Press to turn on the power. The following sequence displays:

1. All LED segments light at full brightness as a display test.
2. t displays, followed by the software version number.
3. followed by the weighing standard.
4. displays, followed by the battery voltage.
5. displays, followed by the display counting from 00000 to 99999.
6. displays, followed by the C-CAL value.
7. MSI-4260 enters Weigh mode.
   While in Weigh mode, press to turn off the power.

IMPORTANT: The scale has a maintenance battery drain. Always remove the battery if the scale will be off for an extended period of time. Leaving a discharged battery in the scale can result in a deep discharged battery which will shorten its service life.
3.2 Zero
The zero key sets the zero reading of the scale.
Press to remove small deviations in zero when the scale is unloaded. For zeroing (taring) package or pallet weights, st see Section 3.3. The zero key can be used in GROSS or NET mode.
NOTE: The backup memory in the unit stores the zero reading and retains it even if the power fails. Zeroing while in NET mode will zero the GROSS weight causing the display to show a negative tare value.
The scale must be stable within the stable window.
The unit will only zero if is on and there has been no activity for two seconds. If a motion ceases within the motion window in that time, the scale will zero.
The scale will accept a zero setting over the full range of the scale (NTEP and other Legal for Trade models may have a limited zero range).
Zero settings above 4% of full scale will subtract from the overall capacity of the unit.
Example: If 100 lb on a 1,000 lb scale is zeroed, the overall capacity of the scale will reduce to 900 lb, plus the allowed over-range amount.
3.3 Tare
Tare is used to zero out a known weight, such as a packing container or pallet, and display a NET weight. The TARE function is defined as a Tare-In or Tare-Out operation.
To tare the scale:

1. Hang the empty container from the scale.
2. Press to enter a tare value. The MSI-4260 stores the current weight as a tare value and subtracts the value of  the container from the GROSS weight.  displays and the Weigh mode changes to NET.
3. Add the product to the packing container. The NET weight displays.
   NOTE: To set a new tare, the existing tare must first be cleared. The MSI-4260 will not set a new tare over an old tare.

3.3.1 View Tare
To view the GROSS weight without clearing the tare value:

1. Program to the NET/GROSS function (Section 4.2 on page 30).
2. Press to toggle between NET and GROSS values. This will only work if a tare value has been established.

NOTE: The backup memory in the MSI-4260 stores the Tare reading and can restore it even if power fails.
Only positive GROSS weight readings can be tared. The STABLE annunciator must be on, indicating weight reading is stable. Setting or changing the tare has no effect on the GROSS zero setting. Taring will reduce the apparent over range of the scale. The RF Remote Control has NET/GROSS permanently available. Example: Taring a 100 lb container on a 1,000 lb scale, the scale will overload at a NET weight of 900 lb (1,000100) plus any additional allowed overload (usually 4% or 9d).
3.3.2 Clear Tare
To clear a saved tare value, press The GROSS weight displays.
NOTE: Only positive gross weight readings can be tared.
The must be off indicating weight reading is stable.
Setting or changing the tare has no effect on the gross zero setting.
Taring will reduce the apparent over-range of the scale.
The scale stores the tare value in non-volatile memory and is restored when power is cycled.
Example: Taring a 100 lb container on a 1000 lb scale, the scale will overload at a net weight of 900 lb (1000-100) plus any additional allowed overload (usually ~4% or 9d).
3.4 Function Key
The key can be programmed in the setup menu (Section 4.2 on page 30) to one of the following functions. Some functions require additional programming in the setup menu to work correctly.
3.4.1 Test
When the key is programmed to   (Section 4.2 on page 30), pressing the key prompts the scale to scroll through the following sequence and returns to Weigh mode:

1. All LED lights display momentarily at once.
2.   displays, followed by the software version number.
3. followed by the weighing standard
4. displays, followed by the battery voltage.
5.   displays, followed by the display counting from 00000 to 99999.
6.   displays, followed by the C-CAL value.

NOTE: Other internal tests are performed and if any test fails, an error code displays. See Section 8.0 on page 54 for information on the troubleshooting guide.
Automatic Scroll Test

• Press to start the test The unit automatically scrolls through the test sequence and returns to Weigh mode

Single Step Test Mode
To stop the automatic scroll of the test procedure, begin the automatic scroll test and press again within two seconds to enable a single step test mode.

1. Press to scroll through the available test functions.
2. Press to start or display the individual tests.
3. Press to exit individual tests.
4. Press to exit from the test function.

3.4.2 Total
When the key is programmed to (Section 4.2 on page 30), pressing the key prompts the scale to perform the total function that has been be set in the setup menu. That can be For moreinformation on these parameters and setup see Section 4.8 on page 33. If nothing has been set, nothing will happen when is pressed.

• Press to start the complete the total function

NOTE: The Total mode must be programmed from the Setup menus before the USER key will function.
3.4.3 View Total
When the key is programmed to (Section 4.2 on page 30), pressing the key prompts the scale to display total weight followed by the number of samples that have been saved.

1. Press to display the total weight.
2. With the Total weight displayed, press to clear.

3.4.4 Net / Gross
When the key is programmed to (Section 4.2 on page 30), pressing the key prompts the scale to switch the display between NET and GROSS modes. This will only work if a tare value has been established.

• Press to toggle between NET and GROSS modes

NET weight is defined as GROSS weight minus a tare weight.
The operator can switch back to GROSS from NET without clearing the tare value. Only clearing or setting a new tare will change the tare value held before switching into GROSS mode.
NOTE: OIML Legal for Trade units only: The NET/GROSS key is a temporary action only. The GROSS weight displays for two seconds and then the display returns to the NET mode. The only way to return to permanent GROSS readings is to clear the tare (Section 3.3.2 on page 26).
3.4.5 Peak Hold
When the key is programmed to (Section 4.2 on page 30), pressing the key clears and re-enbles the scale to only update the display when a higher weight reading is established. The peak hold function uses a high-speed mode of the A/D converter allowing it to capture transient weights at a far higher rate than typical scales.
Peak hold is cleared and re-enabled with the that has been set to . Peak hold is not available on NTEP or OIML Legal for Trade certified scales.
3.4.6 Units
When the key is programmed to (Section 4.2 on page 30), pressing the key changes the displayed units.

• Press to toggle display between available units

NOTE: Unit switching is not available on OIML certified Legal-for-Trade scales.
3.4.7 High Resolution Test Mode
When the key is programmed to (Section 4.2 on page 30), pressing the key prompts the scale to toggle  between normal Weigh mode and High Resolution Test mode. High Resolution Test mode displays weight at x10 resolutWhile in High Resolution Test mode, all of the annunciators flash to indicate that the weight display is not set to the approlegal-for-trade resolution.

• Press to toggle between normal and x10 resolution display

In some cases, the displayed weight in high resolution test mode will require six digits to fully display. In these cases, only the five least significant digits will be displayed. The full weight can be displayed in normal resolution by pressing the function button.
Ex: 1000.02 kg displays as 000.02 kg.
NOTE: High resolution test mode is for scale service and diagnostic use only.
Increasing the scale display resolution beyond the calibrated value does not increase scale accuracy.
High resolution test mode is not available in HB-44 and R-76 standards.
3.4.8 Print
When the key is programmed to (Section 4.2 on page 30), pressing the key prompts the scale to print.

• Press to print
  NOTE: The print option must be installed and the print function must be set up in order for the print button to work. See Section 6.2 on page 45 for print setup information.

Setup

The Setup menu enables configuration of the MSI-4260. This section details settings and parameters that are configured in the Setup menu. For navigation and numeric entry information, see Section 1.4.1 on page 9.
4.1 Setup Menu
To enter into the MSI-4260 setup menu, press and simultaneously.

Parameters| Choices|

Description

---|---|---
| | Function User Key 1 – User definable key that can be programmed to one of several functions
Function User Key 2 – User definable key that can be programmed to one of several functions; Only available on the RF remote being used with the MSI-4260
| Test Display – Section 3.4.1 on page 26
| Total – Section 3.4.2 on page 27
| View Total – Function always available on the RF Remote (Section 3.4.3 on page 27)
| Net/Gross – Function always available on the RF Remote (Section 3.4.4 on page 27)
| Peak Hold – Section 3.4.5 on page 28;
Function not available or non-functional in OIML R76 or NTEP HB44 modes
| Units – Section 3.4.6 on page 28;
Function not available or non-functional in OIML R76 & 1Unit modes
| High Resolution – x10 display resolution; For testing and maintenance use only; Not a legal Weigh mode; Does not increase scale resolution or accuracy Section 3.4.7 on page 28
| Print – Section 3.4.8 on page 28
| | Auto Off Time – Prolongs battery life of scale by turning power off after the set time (in minutes) that the scale is not in use (Section 4.3 on page 30)
| | Sleep – Time (in minutes) before unit will enter the sleep mode (Section 4.4 on page 31)
| | LED Display Intensity – Used to set the display brightness (Section 4.5 on page 31)
| | Red
| Orange
| Green
| Color changes based on passing setpoints 1 and 2; when selected, if setpoint 2 trips, the display color changes to orange; when setpoint 1 trips, the display color changes to red (Section 4.6 on page 32)
| | Setpoint 1 to 8 – Used for warnings or process control (Section 4.7 on page 32)
| | Total Mode – accumulation of multiple weighments (Section 4.8 on page 33)
| | Weight Filter – allows the scale to adjust to situations where there may be movement (Section 4.9 on page 34)

Table 4-1. Function Key Settings

Function not available or non-functional in OIML R76 & 1Unit modes (Section 4.10 on page 35)
| | Battery Life – sets the options for standard or extended battery life (Section 4.11 on page 35)

Table 4-1. Function Key Settings (Continued)
4.2 Set Function Key

The MSI-4260 has one user definable key   on the front panel, that can be programmed to one of several functions. The additional function key is available on the RF remote control being used.
NOTE: If a function key does not work, it is probably because the MSI-4260 is not set up to support the key. For example, if the Function Key is set for TOTAL, the TOTAL mode must also be set up in the Setup menu.
To set the function key use the following steps:

1. Press  and  hold and . displays.
2. Press . The current user key function displays.
3. Press to scroll through the available functions.
4. Press when the desired function displays. displays.
5. Press . displays, the unit exits setup and stores the settings.

NOTE: Press at any time to cancel the procedure.
4.3 Auto-Off
The Auto-Off feature prolongs the battery life by automatically powering off the unit if no buttons are pressed and there is no change in the load exceeding 10 d for the time period, in minutes, set by the user. When a button is pressed or the detected load is in motion exceeding 10 d, the time limit is reset.
When disabled, the unit will only turn off by pressing , or if the battery dies. To set the Auto-Off function:

1. Press and hold and . displays.
2. Press to scroll to .
3. Press . The current auto off time displays.
4. Press to scroll through the available times.
5. Press when the desired time displays.  displays.
6. Press to exit setup and store the settings.

NOTE: Press at any time to cancel the procedure.
4.4 Sleep
The sleep parameter reduces power consumption by automatically turning off the display during periods of inactivity. While in the sleep mode, the green acknowledge annunciator will blink at a one second rate to indicate the unit is in sleep mode. To wake up the unit, either a button must be pushed (front panel or RF remote) or the weight must change by 5 d or more.
NOTE: Sleep must be set to less time than the Auto-Off timer.

1. Press and hold and . displays.
2. Press the to scroll to the   function.
3. Press . The current time displays.
4. Press the to scroll through the available times.
5. Press when the desired time displays. displays.
6. Press to exit setup and store the settings.

NOTE: Press at any time to cancel the procedure.

4.5 Display Brightness
The Display setup menu is used to set the display brightness. There are four fixed brightness settings and one automatic light sensing brightness setting.
Auto setting automatically detects the ambient light and adjusts the brightness of the display accordingly.
There are four fixed brightness settings, LO-1, LO-2, HI-1 and HI-2. Lower brightness settings increase battery life.

1. Press and hold and . displays.

2. Press the to scroll to the .

3. Press . The current setting displays.

4. Press the to scroll through the available settings.
   NOTE: The display brightness changes when each setting displays.

5. Press when the desired setting displays. displays.

6. Press to exit setup and store the settings.
   NOTE: Press at any time to cancel the procedure.

4.6 Display Color
The MSI-4260 display supports four color schemes. Three of the color schemes display a steady color. The fourth, rd-gn, changes the color of the display when setpoints 1 and 2 are tripped (Section 4.7 on page 32). This is useful in warning of possible overload conditions..

Green ― No setpoints have been tripped
Orange ― Setpoint 2 tripped, setpoint 1 not tripped
Red ― Setpoint 1 tripped

Table 4-2. Display Colors

4.7 Setpoints
The MSI-4260 supports eight setpoints. Common uses of setpoints are for warnings or process control. It comes standard with LED outputs for a triggered set point.

The MSI-4260 has an audible output option that is triggered by Setpoint 1. Contact Rice Lake Weighing Systems for other setpoint output options.

Setpoint Mode
| Indicates the setpoint will trigger when the weight exceeds a set value
| Indicates the setpoint will trigger when the weight is less than a set value
Setpoint Weight Type
| responds to net or gross weight
| responds to gross weight regardless of the display
| responds to the totaled weight
| responds to the total count (number of samples)
| responds to the number of times the weight has exceeded 25% of capacity

Table 4-3. Available Setpoint Settings

To set the setpoint:

1. Press and hold and . displays.

2. Press to scroll to the desired setpoint .

3. Press . The current mode displays.

4. Press to scroll to the setpoint mode desired.

5. Press . The current weight type displays.

6. Press to scroll to the desired weight type.

7. Press .The current setpoint weight value displays.

8. Press .The first digit will blink.

9. Press to scroll to the desired number.

10. Press .The second digit blinks.

11. Repeat Step 8 – Step 10 until the desired value displays.
    NOTE: To enter a decimal point, press while the digit is blinking. To correct a digit, press to step back.

12. Press . The value will stop blinking and the next setup menu item displays.

13. Repeat Step 2 – Step 12 to set all the setpoints to be used.

14. Press to exit setup and store the settings.
    NOTE: Press at any time to cancel the procedure.

4.8 Total
Total function is used to accumulate multiple weighments so that gross and net readings can be added into the same total number. There are four modes of totalizing: one manual mode and three auto modes.
The manual total mode and three auto total modes all require that the weight on the scale return below 0.5% (relative to full scale) of GROSS ZERO or NET ZERO before the next weighment can be added. Applied weight must be ≥1% of full scale above GROSS ZERO or NET ZERO before it can be totaled.

Manual Total Mode
The manual mode requires the TOTAL key be pressed with the weight on the scale. The weight will be added to the previously
accumulated value. This assures that a weight on the scale is only added to the total once.
The USER key under the MANUAL TOTAL mode functions in this manner:

•  If weight is greater than 1% of capacity and has not been totaled – Pushing the USER key will add the current weight to the TOTAL weight. The displayed weight blinks to indicate the weight was accepted. The TOTAL annunciator lights and the Total weight displays for five seconds and then the number of samples displays for two seconds.
• If current Weight has been totaled – Pushing the USER key displays the Total weight for five seconds (View Total) without changing the Total value. The TOTAL annunciator will light during the TOTAL weight display. After five seconds of Total Weight display, the number of samples displays for two seconds.
•  If weight is less than 1% of capacity – The USER key functions as View Total only and functions as View Total until the 1% threshold is exceeded to allow the next addition to the total value.

Auto Total Modes
The USER key under the AUTO TOTAL mode functions as Auto Total On / Auto Total Off.
The Auto mode has three variations which are programmed in the Setup menu:

• – AutoLoad ensures any settled load above the Rise above threshold will be automatically totaled. The scale must fall below the Drop below threshold before the next total is allowed.
•   – AutoLast mode takes the last settled weight to auto total with. The total occurs only once the scale goes below the threshold. This allows the load to be adjusted without a total occurring. Once the load is removed, the scale uses the last settled reading for total.
•   – AutoHigh uses the highest settled reading. This is useful for loads that can’t be removed all at once.

NOTE: Total mode will not function while the scale is in motion, make sure is on. If the system fails to achieve stable readings, increase the filter setting or increase the size of the scale division (d) in the Init Cal procedure.
NOTE: If 1K is illuminated, read the total as the displayed value multiplied by 1000.

Set Total Mode

1. If the unit is turned off, press and hold then press If the unit is on, press and simultaneously. displays.
2. Using the , scroll to .
3. Press .The currently saved total mode displays.
4. Press to scroll through the choices.
5. With choice displayed, press to select. displays.
6. Press to save and exit to weighing mode or press to continue to another setup menu item.

4.9 Filter Setup
Changing the filter settings allows the scale to adjust to situations where there is a lot a movement in the structure. If the reading is not stable, it can often be improved by increasing the filter setting. Settling time will be longer as the filter setting is increased. However, the MSI-4260 employs algorithms that speed up large weight changes while still controlling vibration even with high filter settings.
Use the following steps to set up filtering.

1. If the unit is turned off, press and hold then press If the unit is on, press and simultaneously. displays.
2. Using the , scroll to .
3. Press . The currently saved total mode displays.
4. Press to scroll through the choices.
5. With choice displayed, press to select. displays.
6. Press to save and exit to weighing mode or press to continue to another setup menu item.

4.10 Unit

1. Press and hold and . displays. If the unit is on, press and simultaneously. displays
2. Press to scroll to .
3. Press to enter .
4. Press to toggle between lb and kg.
5. With the desired choice displayed, press to select.
6. Press to save and exit to weighing mode.

4.11 Battery Life

1. If the unit is turned off, press and hold then press If the unit is on, press and imultaneously. displays.
2. Using the , scroll to .
3. Press . The currently saved total mode displays.
4. Press to toggle between the choices.
5. With choice displayed, press to select. displays.
6. Press to save and exit to weighing mode or press to continue to another setup menu item.

Calibration

The MSI-4260 is calibrated using standard weights. The weight used to calibrate, must be at least 15% of full capacity in order to achieve rated accuracy. For example, use at least a 750 kg test weight to calibrate a 5000 kg capacity scale. Although a single span point is usually adequate for rated accuracy, the MSI-4260 supports Multi-Point calibration with up to four span points plus zero.

There are three kinds of calibration:

• Standard Calibration – Used for maintenance and routine calibration. (Section 5.2 on page 37)
•  Initial Calibration – Used to set up both the capacity and resolution (d) of the scale. It differs from Standard Calibration only in the initial steps. The initial calibration is performed after a calibration reset which completely erases the calibration and setup memory. (Section 5.3 on page 38)
• C-Cal – Calculated Constant Calibration. Used when test weights are not available. To use C-Cal, a previously generated C-Cal number must be known. (Section 5.5 on page 40)

5.1 Calibration Switch Access
Use the following steps to access the calibration switch on the MSI-4260 if calibrating the unit using either the standard calibration or the C-Cal calibration.

1. Remove the hex seal screw from the MSI-4260.

2. Using a small screwdriver, press the Cal switch located behind the hex seal screw. displays.

5.2 Standard Calibration
Use the following steps to calibrate the MSI-4260 using the standard calibration procedure.

1. Press Cal switch to initiate Calibration. (Section 5.1 on page 36)

2. Press , displays.

3. Press when the scale becomes motionless, a blinking displays. If the scale is in range displays, then  displays.
   NOTE: If PASS does not display, what happens?

4. Load the scale with a test weight.
   NOTE: For a single span point calibration, a test weight of more than 15% of capacity or more is recommended

5. Press . The current capacity flashes on the display.
   NOTE: If loading the scale with the capacity weight, skip to Step 8 .

6. Press to enter the value of the test weight. The far left digit blinks indicating a number should be entered.

7. Press to scroll the numbers and to enter each digit as in Section 1.4.1 on page 9.

8. Press to save the weight entry. If the cal value is within limits, displays briefly then .
   NOTE: Display displays and after the second and third cal values have been entered. After the fourth cal value has been entered, displays. Continue to .

9. If additional cal points are needed, press and repeat steps Step 4 through Step 8 for each additional cal point.

10. When all cal points have been recorded, press .   displays to indicate that the calibration was successful.

11. Press briefly displays followed by the C-Cal number.

12. Press to store the calibration. displays.

13. Press to exit the calibration menu. Scale returns to Weigh mode.

14. Replace the hex seal screw that was removed in Section 5.1 on page 36.

MSI-4260 Port-A-Weigh

5.3 Initial Calibration
Use this procedure only if the capacity and count-by (d) needs to be modified. The initial steps of the initial calibration will totally erase user setup as well as any previous calibration.
Use the following steps to calibrate the MSI-4260 using the initial calibration procedure.

1. Turn the MSI-4260 off.

2. Remove the hex seal screw using the steps in Section 5.1 on page 36.

3. Press the Cal switch and the Power switch on the unit simultaneously. displays.

4.  Press to reset the calibration constants. displays.

5.  Press to confirm. displays.

6.  Press to start the configuration. displays.

7.  Press to choose unit.

8. Press  to toggle between lb and kg.

9.  Press to confirm unit. displays.

10. Press to set scale capacity. Initial value of displays.
    NOTE: 10000 is the initial default value. Capacity should be set no higher than the load cell rated capacity.

11.  Press to change the capacity. the first digit on the display blinks.

12. Press to scroll the numbers and to enter each digit as in Section 1.4.1 on page 9.

13.  Press to store the capacity value. displays.

14. Press to choose scale divisions.

15. Press to scroll through the recommended scale divisions.

16. Press to select scale division. displays.

17. Calibrate the MSI-4260 as in Section 5.2 on page 37 beginning with Step 2 .

5.4 Guidelines for Capacity and Resolution
Capacity and resolution are set in the initial calibration of the MSI-4260.

5.4.1 Capacity
Setting capacity is determined primarily by the capability of the load cell.
NOTE : Never set the capacity of the scale higher than the rating of the load cell.

It is acceptable to set lower capacities to better match the crane the MSI-4260 is used on. For example, if the hoist is rated for 9000 lb, use an MSI-4260 with 10,000 lb capacity and reset the capacity to 9000 lb so that the scale will indicate overload at 9000 lb instead of 10000 lb. De-rating as much as 50% of the capacity is usually acceptable, but the scale may be less stable if the ‘d’ is decreased.
Due to kg to lb conversions, the capacity of all MSI-4260 systems is rated approximately 20% higher than the rated capacity in pounds. This is to allow the kg capacity to be exactly 1/2 the number of the pound capacity.

5.4.2 Resolution
Due to Legal-for-Trade requirements and general scale design criteria, the weight must be stable for certain features to work:

• ZERO – Weight must be stable to be zeroed
• TARE – Weight must be stable to be tared
• TOTAL – Weight must be stable to be added to the total registers

If the MSI-4260 does not become stable under standard operation, it is recommended that the resolution be reduced and/or filtering increased. Some improvement in stability can be achieved by increasing the filtering (Section 4.9 on page 34).
Resolution is reduced by increasing the “d” value during initial calibration (Section 5.3 on page 38). Rice Lake Weighing Systems recommends that the resolution is kept in the 1:2000 to 1:3000 range. Never program the resolution greater than needed.
The third way to increase stability is to increase the Motion Window. The MSI-4260 defaults to ±1d as a motion window. It can be changed at Rice Lake Weighing Systems to a higher value if desired. Often ±3d is chosen for bridge cranes as they tend to have a lot of bounce to them. This of course carries an accuracy penalty adding ±3 d to the total accuracy of the scale if the zero or tare operation happens to capture the weight in a valley or peak.

NOTE : Motion Window can only be changed by Rice Lake Weighing Systems.

5.5 C-Cal Calibration
When adequate test weights are not available, the MSI-4260 can be calibrated using a programmed constant calibration number which is referred to as C-Cal. To perform C-Cal, a C-Cal number must be known from a previous calibration. MSI supplies replacement load cells for the MSI-4260 with the C-Cal value stamped on the serial number label. When a calibration is performed with test weights, a new C-Cal is generated. C-Cal can be used when the electronics are replaced to get an approximate calibration that may be suitable for non L-F-T applications.

IMPORTANT : The C-Cal number must be known prior to starting this procedure. For a MSI-4260 with its original load cell, MSI prints this number on the calibration record, the serial number tag and on the calibration log found inside the battery compartment.

C-Calibration can be done if the electronics are replaced or a new load cell is installed. C-Cal reduces the absolute accuracy of the system and is intended for non-critical use only. Legal-for-Trade installations require that the MSI-4260 is calibrated using test weights. If a system was originally multi-point calibrated, the C-CAL calibration will erase the additional span points, as CCal is only a two point calibration (zero and span at 10% of capacity).
Use the following steps to perform a C-Cal calibration.

1. Remove the hex seal screw from the MSI-4260 and enter the calibration menu using the steps from Section 5.1 on page 36.
2. Press to scroll to the C-Cal menu selection. displays.
3. Press to start the C-Cal procedure. displays.
4.  Remove all weight from hook.
5. Press to set the zero calibration point. A flashing displays.
6.  If the zero is in range, displays, folowed by
7. Press to confirm.
8. Press to enter the C-Cal value. The first digit on the display blinks.
9. Press to scroll the numbers and to enter each digit as in Section 1. 4.1 on page 9.
10. Press to save the C-Cal value. displays, followed by .
11. Press to exit C-Cal setup menu and st ZERO
12. Press again to store the calibration and return to the scale operation. displays.

5.6 Calibration Setup Menu
Remove the hex seal screw from the MSI-4260 and enter the calibration menu using the steps from Section 5.1 on page 36.
The Calibration Setup menu contains two additional items beyond Calibration:

• Standard menu
• Auto Zero Maintenance menu ( ).

In addition, more menus will appear that are transferred from the main setup menu when Legal-for-Trade settings are used.

Industrial standard, you have full range zero, access to units switching, filters, and peak hold
Handbook 44 ( )| Sets the scale to enable only approved features per the NTEP HB-44 rules and regulations; Access is denied to Peak Hold, and the zero range may be limited; The Filter menu is moved to the Cal Setup menu, so filters are only accessible through the Cal Seal
R-76 ( )| Sets the scale to enable only approved features per OIML R-76; Only kg weight units are available; The zero range is limited to 4% (-1 to +3% relative to Calibrate zero); Net/Gross function is temporary; Once Net weight is established, pushing an F key set for Net/Gross will cause a maximum 5 second display of the Gross weight; You must clear the Tare to display Gross weight
constantly; Other metrological aspects are changed to meet R-76 requirements; Only stable weights may be printed; Negative weight display is limited to -20d
One Unit ( )| The one unit Standard is exactly the same as Industrial, except units switching is inhibited; This is useful for Metric only countries; Another use of the One Unit standard is to allow the scale to be calibrated in units other than lb or kg, since conversions are eliminated; Contact MSI for more information on the Standards settings

Table 5-1. Standard Menu Selections

Use the following steps to set up a Legal-for-Trade standard settings.

1. Remove the hex seal screw from the MSI-4260 using the steps from Section 5.1 on page 36 and displays.
2. Press . displays. F
3. Press to enter the Cal setup menu.
4.  Press to enter the standard menu. The current standard setting displays.
5. Press to scroll to the desired standard. displays.
6. Press to set the standard. or the next item in the CAL setup menu displays.
7. Press twice to exit setup and store all changes. displays.

5.7 Auto Zero Maintenance
The MSI-4260 employs an auto-zeroing maintenance mechanism to adjust the zero reading to the center-of-zero (COZ).
COZ is defined as the weight reading is within 1/4 ‘d’ of zero. AZM continuously adjusts zero to maintain COZ.
It is recommended that AZM is on to maintain the highest accuracy. However, there are circumstances when it should be turned off. This can happen when minor variations of weight occur while picking up scale attachments and the variations fall within the AZM capture window. The AZM capture window (usually 1 ‘d’) and capture time (usually eight seconds) can be adjusted by MSI to meet custom requirements. The settings of AZM are dictated in Legal-for-Trade standards and cannot be adjusted.

Use the following steps to set up the auto zero maintenance.

1. Remove the hex seal screw from the MSI-4260 using the steps from Section 5.1 on page 36 and displays.
2.  Press . displays.
3. Press to enter the Cal setup menu. displays.
4. Press to scroll to the Auto0 menu. displays.
5. Press to enter the Auto Zero menu. The current setting (blinking) displays.
6. Press to scroll between the on or off key.
7. Press to set the auto zero. displays.
8.  Press twice to exit setup and store all changes. displays.

5.8 Filter
Changing the filter settings allows the scale to adjust to situations where there is a lot a movement in the structure. If the reading is not stable, it can often be improved by increasing the filter setting. Settling time will be longer as the filter setting is increased. However, the MSI-3460C employs algorithms that speed up large weight changes while still controlling vibration even with high filter settings. Selections are .

1. Enter Configuration mode (Section 5.1 on page 36). displays.
2. Press to scroll to .
3.  Press . displays.
4. Press to scroll to .
5. Press . The current setting displays.
6. Press to scroll to desired setting.
7. When desired value is displayed, press . displays.
8.  Press twice to save settings. displays briefly and exits setup.

5.9 Gravity Compensation
Gravity Compensation allows for calibrating in one geographic location for use in a different geographic location. Gravity can be set to OFF, ON, or Factor.

latitudes and elevations
| | Latitude of Origin – Original latitude (to nearest degree) for gravity compensation; 47 (default)
| | Elevation of Origin – Original elevation (in meters) for gravity compensation; 10 (default)
| | Latitude of Destination – Destination latitude (to nearest degree) for gravity compensation; 47 (default)
| | Elevation of Destination – Destination elevation (in meters) for gravity compensation; 10 (default)
| | | Calculates gravity compensation using origin and destination gravity factors
| | Gravity of Origin – Original gravity factor (in mis2) for gravity compensation; 9.8080 (default)
| | Gravity of Destination – Destination gravity factor (in m/s2) for gravity compensation; 9.8080 (default)

Table 5-2. Gravity Compensation Parameters

NOTE : To find the local gravity, enter the latitude and elevation into the International Gravity Formula. Listed are links to websites that can be used to determine local latitude and elevation. Please note these website addresses are provided for reference only and may change.
Map Coordinates uses Google maps to find latitude and elevation: www.mapcoordinates.net/
Once local latitude and altitude have been determined, use the following link to calculate local gravity http://www.sensorsone.com/local-gravity- calculator/
IMPORTANT : The gravity correction function has not been evaluated by an approvals agency, therefore it is up to the authorized scale dealer to ensure the device is accurate at the intended point of use.

5.9.1 Compensation by Latitudes and Elevations

1. Enter Configuration mode (Section 5.1 on page 36). displays.
2. Press to scroll to .
3.  Press . displays.
4. Press to scroll to .
5. Press . The current setting displays.
6.  Press to scroll to .
7. Press . displays.
8.  Press to enter latitude of origin.
9. Press . displays.
10.  Press to enter elevation of origin.
11. Press . displays.
12.  Press to enter latitude of destination.
13. Press . displays.
14. Press to enter elevation of destination.
15.  Press to accept elevation of destination.
16.  Press twice to save settings. displays briefly and exits setup.

5.9.2 Compensation by Gravity Factor

1. Enter Configuration mode (Section 5.1 on page 36). displays.
2.  Press to scroll to .
3. Press . displays.
4.  Press to scroll to .
5. Press . The current setting displays.
6. Press to scroll to .
7.  Press . displays.
8. Press to enter original gravity factor.
9. Press . displays.
10. Pressv to enter destination gravity factor.
11. When desired value is displayed, press .
12. Press twice to save settings. displays briefly and exits setup.

Communications

The MSI-4260 can communicate with peripheral devices using IEEE 802.15.4 Low Rate WPAN, or 802.11 Wi-Fi protocols, ‘b’, ‘g’ or ‘n’. Only one communication type can exist at a time. Due to difficulties of dangling RS-232 cables from a hanging crane scale, the RF options are more commonly used.
The MSI-4260 has a single communications port allowing access to the embedded ScaleCore through the terminal access mode or Rice Lake software. The terminal access mode is used for updating scale firmware while Rice Lake software can be used for calibration and configuration, backup and adjusting scale settings. This communications port is not intended for output use.

6.1 Communications Setup
The 802.15.4 transceiver is used to communicate between the MSI-4260 and other connected ScaleCore devices. The 802.15.4 transceiver is also capable of connecting to any supported device with an 802.15.4 Modem. 802.15.4 operates in the 2.4 GHz ISM band and does not require the end user to obtain a license. 802.15.4 can coexist with other 2.4 GHz systems if caution is taken to isolate antennas at least 10′ (3 m) from the crane scales.
The 802.11 Wi-Fi option communicates directly with a standard RF access point. This option is covered by the Wi-Fi for ScaleCore User Guide.”

6.2 Printer and Serial Output Setup
All RF linked device Weigh modes are available in user formatted form.
Communications port settings are independent of print settings in connected displays/indicators which only in the MSI-4260.

1. Press and at the same time to enter the Communication menu. displays.
2. Press to enter the Print Menu. displays.

Table 6-1. Print Parameters

NOTE : The serial output is configured as 9600 baud, Xon/Xoff handshaking, no hardware handshaking, 1 stop bit, no parity. Other baud rates are possible by special order only.

6.2.1 Standard Print Strings

Commands that can be used to format gross, net and print formats are shown below. Enter the desired print string number into the String parameter. Combinations of the standard print strings can be entered in the string number entry screen.
Example: To get a NET, GROSS, TARE printout with a space between records, enter 2349.
The print string characters in Table 6-2 represent the variable character values in Table 6-3. The ScaleCore Connect software can also be used to create custom output strings. ScaleCore Connect can be downloaded from www.ricelake.com.

Table 6-2. Standard Print Characters

the least significant digit (LSD)
2| Net load| Fixed output length:16; Leading zeros suppressed except for the LSD NET>
3| Gross load| Fixed output length: 16; Leading zeros suppressed except for the LSD GROSS>
4| Tare Weight| Fixed output length: 16; Leading zeros suppressed except for the LSD TARE>
5| Total Weight| Fixed output length: 16; Leading zeros suppressed except for the LSD TTL>
6| Number of Samples Totaled| Fixed output length: 16; Leading zeros suppressed except for the LSD