# Disaster Recovery Plan Template for Manufacturing IT

> Source: https://netray.co/tools/manufacturing-disaster-recovery-plan-template
> Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems.
> Section: Free Tools

## Short answer

A fill-in IT disaster recovery plan for a manufacturing site covering ERP, MES, network and plant systems, with roles, priorities and test schedule.

## Category

erp-operations

## Industry

Discrete Manufacturing

## Audience

- IT manager
- ERP administrator
- Plant manager

## Tool

**Kind:** template

**Output:** document

**Fields:**

#### Company name

**Key:** company

**Type:** text

**Default:** Acme Precision Ltd

#### Site

**Key:** site

**Type:** text

**Default:** Plant 1, Dayton

#### Plan owner

**Key:** owner

**Type:** text

**Default:** IT Manager

#### Version

**Key:** version

**Type:** text

**Default:** 1.0

#### Plan date

**Key:** date

**Type:** date

**Default:** 2026-10-20

#### ERP system

**Key:** erp

**Type:** text

**Default:** Infor SyteLine 10 (on-premise, 2 VMs)

#### MES and plant systems

**Key:** mes

**Type:** text

**Default:** MES server, 3 SCADA servers, historian

#### ERP target recovery time (RTO)

**Key:** rto_erp

**Type:** text

**Default:** 8 hours

#### ERP data loss tolerance (RPO)

**Key:** rpo_erp

**Type:** text

**Default:** 1 hour

#### MES target recovery time (RTO)

**Key:** rto_mes

**Type:** text

**Default:** 4 hours

#### Recovery site

**Key:** dr_site

**Type:** text

**Default:** Secondary data center, Columbus, plus cloud backup vault

#### Backup approach

**Key:** backup

**Type:** textarea

**Default:** Hourly database log backups, nightly full backups, weekly offsite copy to immutable storage. Restore tested quarterly.

#### Manual operations fallback

**Key:** manual

**Type:** textarea

**Default:** Paper travelers and printed schedules held at each cell. Shipping uses manual packing lists. Receiving logs to a spreadsheet until ERP returns.

#### Test frequency

**Key:** test_freq

**Type:** select

**Options:**

- Twice a year
- Yearly
- Quarterly

**Default:** Twice a year

**Blocks:**

#### Disaster Recovery Plan: {{site}}

**Body:** Company: {{company}}
Plan owner: {{owner}}
Version: {{version}}
Date: {{date}}
Systems in scope: {{erp}}; {{mes}}

#### 1. Purpose and scope

**Body:** This plan describes how {{company}} restores IT services at {{site}} after an event that stops them, such as ransomware, hardware failure, fire, flood or loss of power or network. It covers ERP, MES, plant floor servers, network and user access. It does not replace safety or evacuation procedures.

#### 2. Recovery objectives

**Table:**

**Columns:**

- System
- RTO (time to restore)
- RPO (data loss tolerance)
- Priority

**Rows:**

**0:** ERP: {{erp}}

**1:** {{rto_erp}}

**2:** {{rpo_erp}}

**3:** 1

**0:** MES: {{mes}}

**1:** {{rto_mes}}

**3:** 1

**0:** Network core and firewalls

**3:** 1

**0:** Directory services and authentication

**3:** 1

**0:** Email and collaboration

**3:** 2

**0:** Engineering and PLM file shares

**3:** 2

#### 3. Roles and contacts

**Table:**

**Columns:**

- Role
- Name
- Phone
- Backup person

**Rows:**

**0:** Incident commander

**0:** IT recovery lead

**0:** ERP administrator

**0:** Network and security lead

**0:** Plant operations lead

**0:** Communications lead

**0:** ERP and backup vendor contacts

#### 4. Declaring a disaster

**Body:** The incident commander declares a disaster when a priority 1 system is expected to be unavailable longer than its RTO, when data corruption or malicious activity is confirmed, or when the building or server room is unusable. Record the time of declaration, the decision maker and the first known cause. Isolate affected systems from the network before restoring anything.

#### 5. Recovery approach

**Body:** Recovery site: {{dr_site}}

Backup approach: {{backup}}

Recovery order: 1) network, firewalls and authentication; 2) database and ERP application servers; 3) MES and plant floor servers; 4) printers, label and barcode services; 5) secondary services. Verify backups are clean before restoring after a malware event.

#### 6. Manual operations fallback

**Body:** {{manual}}

#### 7. Recovery steps and verification

**Table:**

**Columns:**

- Step
- Action
- Owner
- Target time
- Done

**Rows:**

**0:** 1

**1:** Isolate affected systems and preserve logs

**0:** 2

**1:** Confirm which backup set to restore

**0:** 3

**1:** Restore network and authentication

**0:** 4

**1:** Restore ERP database and application tier

**0:** 5

**1:** Run ERP smoke test: log in, view order, post a test receipt

**0:** 6

**1:** Restore MES and plant interfaces, verify scanner and label printing

**0:** 7

**1:** Reconcile transactions entered during the outage

**0:** 8

**1:** Notify users and customers that service is restored

#### 8. Communication

**Body:** The communications lead informs plant management, customers with open shipments, key suppliers and, where required, regulators and insurers. Use a channel that does not depend on the affected systems, such as personal mobile phones or an external messaging service. Keep a time-stamped log of decisions.

#### 9. Testing and maintenance

**Body:** Test frequency: {{test_freq}}. Each test records the date, scenario, actual restore times against RTO and RPO, problems found and owners for fixes. Review this plan after any major change to the ERP, network, plant systems or key staff.

#### Approvals

**Signatures:**

- IT Manager
- Plant Manager
- Finance or Risk owner

**Notes:** A starting point to adapt, not legal or insurance advice. Insert your real RTO and RPO values based on the cost of downtime, and test the plan with an actual restore. Keep a printed copy offsite because the plan is no use if it is stored only on the failed server.

## Content

**Intro:** When the ERP or the plant network goes down, nobody wants to write the plan from scratch. This template gives IT managers in manufacturing a ready structure: recovery objectives, roles, declaration criteria, recovery order, manual fallback and testing. Fill in the fields and export it as a Word or PDF document.

**Sections:**

#### How to use the template

**Body:** Complete the fields at the top, then edit the tables for your own systems and people. Start with recovery objectives: agree with plant and finance leaders how long each system can be down (RTO) and how much recent data you can afford to lose (RPO). Those numbers drive backup design and cost. Print the final document and store copies offsite, because the soft copy may be on the server that failed.

**Bullets:**

- Get plant and finance sign-off on RTO and RPO
- Name a backup person for every role
- Keep a printed contact list that works without email

#### The thinking behind the structure

**Body:** The plan follows common IT continuity practice: define scope, set recovery objectives per system, assign roles, define when a disaster is declared, restore in dependency order, communicate, and test. Dependency order matters in manufacturing: authentication and network must return before the ERP database, and the ERP before integrations such as MES, EDI and label printing. The manual fallback section recognises that production often continues on paper while systems recover.

#### Checking your plan against reality

**Body:** A plan is only credible if restore times were measured. Run a test restore of the ERP database to a spare server and write down the elapsed time, then compare it with the RTO. Test that a user can log in, view an order and post a receipt. Check that you can find licence keys, service accounts and vendor contacts without the failed systems. Many plans fail on small items such as an encryption key stored on the server that burned.

#### Common mistakes

**Body:** Common failures include RTO values that nobody agreed to, backups that were never restored, and a recovery site that lacks the licences or capacity to run the ERP. Another is ignoring the plant: scanners, label printers and SCADA servers are often outside the IT backup scope. Teams also forget to plan the return of data entered on paper, which needs a reconciliation step. Review the plan after every major system change.

**Cta:** If you want help turning this plan into tested runbooks for your ERP, Netray can review your ERP recovery steps and automate verification checks. We work with partner ERP specialists where needed.

**Faq:**

#### What is the difference between RTO and RPO?

**Answer:** RTO is how long a system can be unavailable before the impact is unacceptable. RPO is how much recent data you can afford to lose, measured as time. An RPO of one hour means backups or replication must capture changes at least hourly.

#### How is a DR plan different from a backup policy?

**Answer:** Backups are one ingredient. A DR plan covers the people, order of recovery, decisions, communication and testing that turn backups into a working service again. Without it, teams lose hours deciding what to do first.

#### How often should we test the plan?

**Answer:** At least yearly for a full scenario and more often for restore tests of critical systems such as the ERP database. Test after major changes to infrastructure, cloud services or the ERP version.

#### Does this template meet ISO 27001 or customer audit requirements?

**Answer:** It provides a structure commonly expected in such audits, but each standard and customer has its own wording and evidence needs. Treat it as a starting document and adapt it with your auditor or compliance owner.

## Search terms

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