Believe it… “How To Benefit From Planned Overtraining”

How To Benefit From Planned Overtraining

By: Kelly Baggett

One of the biggest debates among coaches and trainers that always arises every few years is the topic of recovery. Some say you need to be beating yourself up week in and week out and always increasing your work capacity by simply doing more, more, and more work over time. Others in the HIT (high intensity) camp emphasize recovery with a mantra that says, “less is always more”. So who’s right? Are you gonna get better results by constantly training yourself into the ground or will that approach leave you chronically overtrained? Is that overtraining maybe a good thing? Or will you get better results by sitting on your butt 5 days out of every 7 and attacking your workouts with ferocity when you do?? Or will that approach leave you undertrained and so inactive that you pile on enough fat to make Warren Sapp look like a GQ model??

Well first lets define some terminology. What most of us call overtraining is really over-reaching. Overtraining is more like a disease then a temporary state. For 95% of us, “over-reaching” is what we’re really referring to when we say overtraining.

Over-reaching-is pushing yourself into a mild state of fatigue with your training. Regression in performance sometimes does occur during an over-reaching period, yet performance rebounds back very quickly, usually above and beyond it’s previous level, with a short period of rest or lowered volume (within days). It can be good or bad depending on how you use it.

Overtraining– occurs when you chronically over-reach for months or years on end. This leads to performance regression that can take months to recover from and is associated with multiple and sometimes permanent endocrine disruptions. Although there are some athletes who are chronically overtrained and don’t realize it (distance runners, bodybuilders, and some basketball players come to mind), most athletes don’t ever reach a true overtrained state.

Another important term is Under reaching.

Under-reaching– occurs when you intentionally “take it easy”. This is like taking your foot off the gas in your training intentionally. It also can be good or bad depending on how you do it.

Now let’s start with a few key claims I’m going to make. First, let me state that from my observations, the reason many people train hard and consistently and don’t make the gains they feel they should, is because they spend too much time over-reaching and not enough time under-reaching. Notice I said “consistent hard trainees” there. That statement doesn’t apply unless you train both hard and consistent.

Next, let me state that if you have to choose, you’re almost always better off under-reaching then over-reaching unless you really know what you’re doing. With those comments you would probably think that over-reaching is a bad, bad, BAD thing. Well, in truth it’s quite the opposite. Over-reaching by design can be a very good thing. Notice that I said “unless you know what you’re doing”. That’s what I intend to help you do in this article.

Recovery and Supercompensation

Recovery can be defined as – regaining what was lost – however, for the athlete this is not enough as it returns them only to where they started. Adaptation can be defined as the process of long-term adjustment to a specific stimulus. This process of adaptation can include adjustment in a number of factors such as the athlete’s physiology, psychology and mechanics. These alterations can ultimately lead to improved performance – which is a more satisfying goal. We train to get fitness. We want to jump higher, run faster, get stronger, run longer etc. In order to get fit we must stimulate some fatigue so that our body adapts. We must push ourselves beyond our limits some of the time – which is fatigue. Let’s call a training cycle a 30-60 day “period” of training. All good periodized training answers this question: What is the optimal amount of fatigue to induce over the course of the next training cycle in order to optimize the fitness that results from it?


In other words, if I want to run faster and jump higher 30 days from now, how tired should I make myself this week and next week so that when I test myself in 30 days, I’ll run faster and jump higher? All things being equal, if I do no training (assuming I’m not in an over-reached state) then I likely will not improve at all, and in fact may slip back. On the other hand, if I work out daily and intensely and continue adding volume, I’m also likely to slip back.

So there must be an optimal blend of both fatiguing myself or over reaching (in order to improve) and resting myself or under reaching, so that I can see the gains from the over reaching I’ve done. Under reach too much and you won’t get the results you want because you haven’t forced your body to adapt; over reach too much and you won’t get results because your body is shot.

The rest of this article is about how to solve this puzzle and determine how to intelligently over reach at the beginning of a training cycle, under reach at the end of a cycle, in order to boost the overall results of each training cycle.

Walk or Run But Don’t Do Both

The basic point I want to make in this article is that you should either be training a little harder then what feels comfortable or a little less then you think you should. This is an implementation of the 2-factor theory model of stress and adaptation. Let’s talk a little bit about the 2-factor theory.

The 2 factors represent the relationship between fatigue and fitness. One factor is fitness the other factor is fatigue.

2-factor theory-A stress adaptation model that bases a training plan around the long term relationships between stress and fatigue.

When you train you accumulate both fatigue and fitness. That observation itself should be worthy of a nobel prize. However, what many people don’t realize is that the fatigue that accumulates over the course of a training cyle itself “masks” the fitness gains that you make. However, fitness persists about 3 x longer then fatigue. This means that when all traces of fatigue are gone from a bout of exercise or a cycle of training, the fitness gained will persist for 3 x as long as the fatigue. That’s why most people make gains when they take a few days off from time to time. What I want to do is show you how to make this process predictable.

Before we get into how to implement the 2-factor theory you first need to understand the one factor theory.

The one factor theory– Is the basic stress adaptation model that is usually taught in high school, bodybuilding, and is the grand de jour model used to explain high intensity training. With this theory you look at physical ability as one short term factor. You load, recover, load, recover – always recovering fully before loading again.


The problem with this approach is you are left with the problem of timing workouts to correspond to the supercompensation wave. Anything sooner or later will lead to a bad workout. Another problem is there is only so much systemic stress that can be thrown on the body in one workout. If you prolong the length of the stress (loading and fatigue) period in the above chart by days or weeks, instead of a single workout, you increase the overall stress. Therefore, providing you do allow recovery to take place after prolonged loading, you increase the height of the supercompensation curve as well.

More on the 2-Factor Theory

You will often here training according to the 2 factor theory called many different things. You’ll hear it called concentrated loading, load/unload, step-type loading or any number of other things. It’s nothing fancy and most of you are probably already using it to an extent.

Comparing the One-Factor Approach to the 2-Factor Approach

Let’s start off by comparing a “one-factor” training approach to a “2-factor” approach. We have 2 four week training schemes. One we’ll call “A” and will be the one factor approach. The other we’ll call “B” and is the 2-factor approach. Here’s what they look like.

A: Here we train according to the traditional supercompensation curve. We train then fully recover, train then fully recover etc. Let’s say we train once every 4-5 days and recover completely between workouts for 4-weeks.

B: Here we train hard for the first 3 weeks three times per week so that we never ever are completely recovered from any workouts. Then, on the 4th week we train only once or twice the entire week at a low intensity and low volume. During the 4th week we’re allowing fatigue to dissipate so that we can display the fitness we’ve gained from the previous 3 week’s of training. During this low intensity/low frequency week, the physiological indicators we’ve stimulate the previous 3 weeks “rebound” back up and above where they were before.

Ok. Now if you were to compare those 2 schemes we would find that version B will actually bring about greater gains particularly for intermediate and advanced athletes – That is providing the athletes are in a well rested state prior to initiating the 4 week block of training. Homeostasis is disrupted and prolonged during the 3 week loading period. Although we won’t see a whole lot of progress during this 3 week phase itself, when we pull back on the volume during the reduced loading period the functional indicators will then rebound back above baseline. The ultimate “rebound”, or performance increase, in scheme B will be greater then the summation of smaller rebounds from scheme A.

So what we’re doing is building up fatigue and fitness by over-reaching slightly and then pulling back on the fatigue by under-reaching. Nothing really complicated about it.

Most Athletes Are Already Implementing the 2-Factor Theory and Could Benefit by “Under-Reaching” For a While

Ok. Now the important thing to note is that most athletes are already over-reaching slightly even though they don’t realize it! They never allow recovery to take place and some haven’t been fully recovered in years. Basketball players are among the worst here. They are never recovered daily, they never allow recovery to fully take place, and thus they don’t make gains due to chronic over-reaching. Therefore, I almost always start athletes off with more recovery so that they can allow all the fatigue they’ve been acumulating during their previous months or years of training to dissipate.

It’s also important to realize that recovery doesn’t have to be “complete” between training sessions in order for one to experience gains. People are rarely ever 100% completely recovered but still make gains. Athletes in most sports are always experiencing some level of constant fatigue. What you want to do is maximize those gains which you can do by intentionally manipulating the relationship between fatigue and fitness.

Intentionally Creating a Regression in Performance

The magnitude of the incomplete recovery you create during a loading period will vary. In fact, the practice of “shock” concentrated loading is practiced by many countries for different sports. In a traditional concentrated loading phase, the goal IS simply to beat the body into an over-reaching state where the actual goal of the training is a DECREASE in performance. Loading of any primary emphasis may be used (strength work, speed works, jumps etc.)

The lower that performance falls during the loading period (within acceptable limits of 10-15% or so), the greater that performance rises during the unloading period. I don’t recommend intentionally loading to the point that performance falls off noticeably due to injury risk, but you can still incorporate and benefit a less intense version of the same process.

How You Can Apply and Benefit From Planned Over-Reaching

The basic tenet is that instead of always looking at each workout as a seperate “fatiguing” session, followed by a seperate “recovery” session of a day or two of rest, begin thinking in terms of weeks. In other words, you have one, two or three weeks which are “fatiguing.” Think of this time period the same way some people think of one workout. you accumulate fatigue the whole time, you never “completely” recover. You might make gains but you’re never really completely recovered. Then you have another one or 2 weeks in which you train with reduced frequency, volume, or intensity and allow recovery to take place. I favor keeping intensity fairly high, cutting volume by at least half, and slightly lowering frequency. in any event the overall training stress is lower.

The main benefit of the higher volume phase isn’t the gains you make on it, but the gains you make when you switch to a lower volume phase.

Accumulation and Intensification

You can also alternate between cycles of incomplete vs complete recovery which is often called accumulation/intensification. Version A I described above (training with full recovery), will work wonderfully when transitioning from a period of increased loading. In other words, accumulate fatigue and train frequently for a while and then transition into a period of time where you train with full recovery between sessions for a while. Say you train 3 x per week for 3-4 weeks and then once every 4 days for 4 weeks. Your gains will be out of this world during the 2nd phase because you heighten your ability to adapt in the first phase. That works very well.


There are numerous ways we can incorporate a loading/unloading scheme. At it’s most basic level a loading period of 2 or more consecutive workouts will be followed by an unloading period of one or more days. An example of this is a simple “block loading” scheme often practiced by endurance athletes that can also be used successfully by others. In fact this is a scheme used in many university team sports. Here we might train hard with weights, sprints, plyos, etc. on Monday, Wednesday, and Friday and do conditioning on Tuesday and Thursday. We then rest completely on saturday and sunday. By Friday the athlete will be worn down and performance very well may have regressed over the course of the week. Yet by having 2 consecutive days off (Saturday and Sunday), we allow a lot of that fatigue to dissipate. Thus, the body supercompensates and the athlete goes into Monday with enhanced ability – for a few weeks anyway.

Generally speaking, anymore then 3-4 weeks consecutive loading will fail to bring about gains unless a one week unloading period is inserted. The body will tolerate 3 such 3/1 blocks of loading/unloading before a longer recovery period is necessary. This means that we’d do 3 consecutive 3/1 cycles before taking 2-3 weeks of training at a lower intensity.

Should I Seek Out Performance Regression?

The intensity of the loading period will vary as well. During loading periods it’s ok for some regression to take place but no more then 10%. That means if your vertical jump is 30 inches you can train yourself to a 3 inch decrease and when you recover fully it’ll rebound back up above 30. The same thing goes for your strength etc. Remember, the greater the decrease in function the greater the rebound above baseline during the unloading period. There is one caveat here however. The more regression that takes place the longer your unloading period will need to be. If you train to the point of big time (10%) regression, you will need a 2 week rather then 1 week unloading period.

Specific examples:

Here’s an example of an accumulation/intensification cycle for the squat. This is the old 5 x 5 routine first written by Bill Starr and popularized by Glenn Pendlay. Here we train the squat 3 x per week for 4 weeks then twice a week for 4 weeks.

Volume Phase 4 weeks – Deloading Period 1 week – Intensity Phase 4 weeks. Sets and reps for the intensity phase is in parentheses.

Squat 5×5 (3×3)
Bench 1×5 (1×3)
Row 1×5 (1×3)

Squat 5×5 with 15-20% less than Monday (drop this lift)
Deadlift 5×5 (3×3)
Military 5×5 (3×3)
Pullups 5×5 (3×3)

Squat 1×5 (1×3)
Bench 5×5 (3×3)
Row 5×5 (3×3)

Volume Phase – Weeks 1-4:

Use 5 sets of 5 reps with the same working weight for all sets. Increase the weight week to week and try to set records in weeks 3 and 4. For exercises you do twice a week you have a separate day which you perform a single set of 5 reps with the goal of setting records on the 3rd and 4th week for your best set of 5. Don’t start the weights too high. Lower the weight if need be but get the sets and reps in – except where you are setting records.

Deloading Week – Week 5:

On week 4 drop the Wednesday squat workout, begin using the Intensity set/rep scheme (in parentheses), and keep the weight the same as your last week in the Volume Phase.

Intensity Phase – Week 6-9:

Everything is the same principal except that you use 3×3 and 1×3 setting records on week 8 and 9. No Wednesday squatting. The important aspect of this phase is the weight increases. If you are so burned out that you need an extra day here and there that’s okay. If you can’t do all the work that’s okay too. Just keep increasing the weight week to week.

Example of Volume Phase Transitioning Into Intensification Phase for a Football Player

Here is a setup I used recently for an athlete preparing for several football tryouts and combines. His lower body strength levels were more then adequately in place but he was coming off a mass gain phase and needed quite a bit of specific on the field speed work, wanted to drop some fat, and needed to increase his upper body strength.

Phase I- high volume/high frequency

This phase consisted of 2 consecutive 3 weeks load/ 1 week unload schemes. The loading portion looked something like this:

Mon- AM: starts, short sprints, agility drills, position specific drills – ~500 yards total. PM: Weights- 3 x 3 at 80% squat, RDL.

Tues- Conditioning- 100 yds x 15 with 30 second rest intervals

Wed- AM:Plyo- speed drills- 4-6 sets depth jumps/ 1 position specific agility drill/ 4 sets straight leg sprints/ 4 sets 60 yard buildups- PM: Maximum Strength Upper Body Training mainly on the bench press

Thurs- Conditioning- 100 yds x 15 with 30 second rests

Friday- AM: start technique, maximum speed sprints and flying 20’s, agility drills, position specific drills- 500 yards total. PM: Strength Training – Clean- 3 x 3 85%/Squat 3 x 3 85%/ Glute Ham- 3 x 3

Saturday- AM- Agility technique, buildups, Upper Body strength enduance focusing on the bench press

Sunday- Off

He’d follow that for 3 weeks and then unload for 1 week. The unloading period consisted of 1/2 the volume of on field work on Monday and Friday and elimination of plyo, speed, agility work on Wednesday.

After about 6 weeks of training, it was obvious to me he had got about all he was gonna get from this scheme. He seemed a little burned out and he complained of sore joints. I knew that this just meant he was slightly over-reached and his perfomance would rebound up big time once we tapered into a lower volume phase. He’s always been able to transfer functional ability into technical ability. From experience we knew that as his vertical jump goes so does everything else and as his shoulder press and incline press goes so does his bench press. We ended up dramatically lowering the overall lower body volume. On upper body we got him away from the bench press for a while and worked on his weak points. The routine ended up looking like this:

Phase II – Low Volume Intensification

Session 1- LB
Depth Jump, standing triple, one leg hops unto box, – 4-6 sets each x 3-5 reps

Session 1- UB
incline DB Press, Row, Heavy Tricep, Rear delt – 4-6 sets of 5-8 reps each

Session 2 LB
on the track with 60 yd build ups to 90%, 50 yd bounding, lateral hurdle hops, squat runs x 10 seconds. 4-6 sets each

Session 2 UB
Push Press or Push jerk, Pull-up, Bicep, Tricep- 4-6 sets of 3-8 reps each.


Session 1 LB


Session 1 UB


Session 2 LB


Session 2 UB

Therefore, he was getting 4 days rest between bodypart workouts and 8 days between like sessions. This allows him near full recovery and he was able to set records nearly every workout for a month long period which coincided perfectly with the timing of his workouts and tryouts. EMS was also used on his legs to maintain his strength. It’s important to note that the gains from this phase weren’t just made from this phase itself, but they were made and set-up in the previous phase as well.


Those are a couple of examples how to set things up. Hopefully you can begin implementing some of these ideas into your training. Stay tuned for a future article on the same topic in which I’ll cover how to stimulate that same adaptation by simply engaging in cyclical eating patterns.




Over-Reaching versus Over-Training: Gaining the Benefits, but Avoiding the Pitfalls

Over-Reaching versus Over-Training: Gaining the Benefits, but Avoiding the Pitfalls

By: Alex M. McDonald, MD
Medical Doctor and Professional Triathlete

Every athlete has and will experience periods of fatigue throughout their athletic career, regardless of whether they are a professional athlete training 30 hours a week or a busy professional trying to squeeze in a lunch time workout. When there is an imbalance between training and recovery, exercise and exercise capacity, and stress and/or stress tolerance, overtraining is often the result1. Endurance athletes are particularly vulnerable to overtraining. Unfortunately, due to differences of opinion amongst exercise physiologists, lack of well-designed studies, and poor topic definitions, most people hold a relatively limited understanding of the subject matter and its nuances.


Steps for Completing a Muscular Analysis

Steps for Completing a Muscular Analysis

It is often necessary to identify the muscles that are developing tension in order to cause or control movement of a body part. Knowledge of this information is important in preparing conditioning programs to improve performance as well as in diagnosing and determining reasons for injury or abnormal movement patterns. The following steps should be taken for each joint of interest:

1. Make a list of all the actions that occur at each joint in the movement. In order to do this, it is best to break the movement into phases where only one movement per plane is occurring (e.g., only shoulder flexion is occurring, not shoulder flexion and extension).

2. Determine what type of muscle action is occurring during each phase at each joint. To do this, complete the following steps:

a) Determine the motive and resistive forces/torques.

Gravity (weight) and muscle are usually the only forces that you must consider. You need to consider the speed of movement when determining this question. During slow, controlled movement of a body part away from the pull of gravity, muscle is usually the motive force and gravity (weight) is the resistive force. During slow, controlled movement toward gravity, gravity is usually the motive force and muscle is the resistive force. During ballistic movements (very rapid), muscle is usually the motive force at the beginning of the movement and the resistive force at the end of the movement. Remember that movement may also be passive in which there is no force development in the muscle (i.e., muscle is neither a motive nor a resistive force).

b) Once the motive and resistive forces are known, then type of muscle action can be determined.

When muscle is the motive force, then the muscle action is concentric and the functional muscle group has the same action as the observed joint action. In other words, the agonists are developing force while shortening (concentrically) to cause movement. The antagonists must relax to allow movement to occur.

When muscle is the resistive force, then the muscle action is eccentric and the functional muscle group has the opposite action as the observed joint action. In other words, the antagonists are developing force while lengthening (eccentrically) to control or slow down movement movement. The agonists must relax to allow movement to occur.

3. Make a list of all the the muscles that might belong to the functional muscle group developing force (agonists or antagonists) [i.e., all muscles that might be involved in causing (concentric) or controlling (eccentric) each joint action].

4. Prepare a list of all the additional joint actions that each muscle listed in step 3 might have. From this list you may find that there are joint actions caused by the agonists that need to be neutralized. This may occur in two ways:

1) It is possible that some or all of the undesired actions may be neutralized within the list. In other words, two (ant)agonists may offset the undesired actions of each other; a muscle may be an agonist and a neutralizer during concentric contraction, or an antagonist and a neutralizer during eccentric contraction.
2) If not all of the undesired actions are neutralized, additional muscles must contract as neutralizers.

In slow, unresisted movements the nervous system may choose not to recruit the agonist muscle with the undesired joint action since the additional force output is not needed. However, when a heavy load is being moved, this option is not available because all motor units that produce the desired joint action are needed. [NOTE: A muscle can not relax (as identified in step 2) and develop force to neutralize.]

Some specific examples of neutralization are provided below:
a) When the scapula or pelvis must be stabilized to provide a firm base from which muscles that move the femur and humerus can pull. EX: Many muscles that move the humerus attach on the scapula. Because the scapula is lighter than the humerus, it tends to move when those muscles contract. Therefore, shoulder girdle muscles must contract to stabilize the scapula.
b) When a two-joint muscle causes (or allows) movement at one joint while no movement at the second joint occurs. Because a muscle cannot determine which segment should be moving, a two-joint muscle that contracts would tend to cause (or allow) movement at all joints that it crosses. If movement is not occurring at both joints, then stabilization must be occurring to prevent movement at the joint not moving.
d) When the humerus is elevated. Any time the arm is elevated (flexed, hyperextended, or abducted), the rotator cuff muscles must contract to keep the humeral head from moving upward into the acromion process. In other words, the rotator cuffs must stabilize the humerus.

5. Identify bones/joints that must be stabilized and list the muscles that must be employed as stabilizers. Stabilization of bones (body parts) most often occurs in one of the following situations:

a) When there is no motion occurring at a joint. If there is no motion but force is being developed in a muscle group associated with that joint, then the muscle(s) is acting to stabilize the bone or segment.
b) When another force (muscle, weight, etc) attempts to translate a bone (shear or tensile translation) in a manner that might cause joint injury. Sometimes the agonists perform this function simultaneously while also causing the desired movement.

Remember that joint actions are the outcomes of a series of events. The brain or spinal cord sends nerve impulses to the muscle to stimulate muscle contraction. The action that results at the joint depends on not only the ability of the neuromuscular system to cause muscle contraction, but also on the combined effect of all the loads placed on the body segment (external forces as well as other muscular forces). Passive connective tissues also contribute to force output. When movement does not occur as desired, a problem may be occurring in any one of these areas.

Adapted from Barham, J.N., & Wooten, E.P. (1973). Structural kinesiology. New York: The Macmillan Company, pp. 67-68.


rest 1 (rst)
1. Cessation of work, exertion, or activity.
2. Peace, ease, or refreshment resulting from sleep or the cessation of an activity.
3. Sleep or quiet relaxation.
4. The repose of death: eternal rest.
5. Relief or freedom from disquiet or disturbance.
6. Mental or emotional tranquillity.
7. Termination or absence of motion.
8. Music
a. An interval of silence corresponding to one of the possible time values within a measure.
b. The mark or symbol indicating such a pause and its length.
9. A short pause in a line of poetry; a caesura.
10. A device used as a support: a back rest.
11. Games See bridge1.
v. rest·ed, rest·ing, rests
1. To cease motion, work, or activity.
2. To lie down, especially to sleep.
3. To be at peace or ease; be tranquil.
4. To be, become, or remain temporarily still, quiet, or inactive: Let the issue rest here.
5. To be supported or based; lie, lean, or sit: The ladder rests firmly against the tree.
6. To be imposed or vested, as a responsibility or burden: The final decision rests with the chairperson.
7. To depend or rely: That argument rests on a false assumption.
8. To be located or be in a specified place: The original manuscript rests in the museum.
9. To be fixed or directed on something: “His brown eyes rested on her for a moment” (John le Carré).
10. To remain; linger.
11. Law To cease voluntarily the presentation of evidence in a case: The defense rests.
1. To give rest or repose to: rested my eyes.
2. To place, lay, or lean for ease, support, or repose.
3. To base or ground: I rested my conclusion on that fact.
4. To fix or direct (the gaze, for example).
5. To bring to rest; halt.
6. Law To cease voluntarily the introduction of evidence in (a case).
at rest
a. Asleep.
b. Dead.
2. Motionless; inactive.
3. Free from anxiety or distress.

The Proper Warm Up Sequence

What eventually happened in my case is that I instinctively started experimenting with my warm up sets to try to find something better, and I ended up coming upon a sequence that I later realized was extremely close to what a lot of experts recommend.

What is that warm up sequence, you ask?

Well, for most of the people, most of the time, it should go something along the lines of this:

  1. Start off with 1 VERY light set of 10-15 reps. For this set you’d usually use just the bar (with no weight on it) or some VERY light dumbbells if it was a dumbbell exercise. If it’s a machine exercise, you’d put on some equally light and easy/insignificant amount of weight.
  2. The next set, do 8 reps using 55-60% of the actual weight you will be using during your actual work sets for this exercise. So, if your first work set was going to be with 200lbs, you’d use 110-120lbs for this set.
  3. The next set, do 5 reps using 70-75% of the actual weight you will be using during your actual work sets for this exercise. So again, if your first work set was going to be with 200lbs, you’d use 140-150lbs for this set.
  4. The set after that, do 3 reps using 80-85% of the actual weight you will be using during your actual work sets for this exercise. So once again, if your first work set was going to be with 200lbs, you’d use 160-170lbs for this set.
  5. And for your final warm up set, do just 1 rep using 90-95% of the actual weight you will be using during your actual work sets for this exercise. So, using the same example, if your first work set was going to be with 200lbs, you’d use 180-190lbs for this set.
  6. You’d then rest for whatever the prescribed amount of rest time is for that exercise, and then begin your first work set.

To make that even clearer, here’s a pretty chart…

The Proper Weight Training Warm Up Sequence
Set Weight Reps Rest
#1 Just the bar/very light dumbbells. 10-15 45-60 seconds
#2 55-60% of the weight you will be using for this exercise. 8 45-60 seconds
#3 70-75% of the weight you will be using for this exercise. 5 45-60 seconds
#4 80-85% of the weight you will be using for this exercise. 3 45-60 seconds
#5 90-95% of the weight you will be using for this exercise. 1 Full Amount

As you can see, you’d typically take about 45-60 seconds between each warm up set. There’s really no special set amount of time, but usually the time it takes to casually change the weight, catch your breath (if it needs to be caught) and get into position will last about 45-60 seconds anyway, so something similar to that would be perfectly sufficient.